SODIUM GLUCONATE

CAS NO: 527-07-1

Sodium gluconate is sodium salt of gluconic acid that is produced by the fermentation of glucose. PMP Sodium gluconate comes in a fine granular or powdered form. It is soluble in water, non corrosive, non toxic, biodegradable and biorenewable.

Sodium gluconate is a compound with formula NaC6H11O7. It is the sodium salt of gluconic acid. Its E number is E576. Sodium gluconate is widely used in textile dyeing, printing and metal surface water treatment. It is also used as a chelating agent, a steel surface cleaning agent, a cleaning agent for glass bottles, and as a chelating agent for cement, plating and alumina dyeing industries. It is a white powder that is very soluble in water.

Sodium Gluconate is the sodium salt of gluconic acid with a chelating property.Sodium gluconate acts as a stabilizer, a sequestrant, and a thickener when used as a food additive.

It is usually used in dairy products, processed fruit, vegetables, herbs and spices, cereals, processed meats, preserved fish, etc.

Sodium gluconate is a compound with formula NaC6H11O7.

It is the sodium salt of gluconic acid. Its E number is E576.

Sodium gluconate is widely used in textile dyeing, printing and metal surface water treatment.

It is also used as a chelating agent, a steel surface cleaning agent, a cleaning agent for glass bottles, and as a chelating agent for cement, plating and alumina dyeing industries.

It is a white powder that is very soluble in water.

Sodium Gluconate is the sodium salt of gluconic acid with chelating property.

Sodium gluconate chelates and forms stable complexes with various ions, preventing them from engaging in chemical reactions.

Sodium gluconate is an organic sodium salt having D-gluconate as the counterion. It has a role as a chelator. It contains a D-gluconate.

Sodium gluconate is a water-soluble organic sodium salt of gluconic acid. Gluconate salts are oxidation products of glucose and occur widely in nature.

Sodium gluconate belongs to the hydroxycarboxylic acid salt family.

The chemical structure of sodium gluconate consists of a sixcarbon chain with five hydroxyl (-OH) groups terminating in a carboxylic acid group.

The close proximity of the oxygen atoms within the chemical structure lends to its function as a highly efficient chelating agent.

Chelating agents binding to positively charged metal ions in solution and prevent them from forming insoluble precipitates with other ions that may be present.

Sodium gluconate functions as a chelating agent over a wide pH range. It is efficient in forming stable chelates with divalent and trivalent metal ions such as calcium, copper, iron, aluminum, and other metals, reducing the adverse effects these metals can have on systems.

In addition, sodium gluconate acts as a humectant, which means that it attracts water and increases hydration in products.

These properties contribute to the use of sodium gluconate as a high performing chelating agent, sequestrant, processing aid, humectant, and corrosion inhibitor in a variety of applications.

IUPAC name

Sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate

Sodium D-gluconate

CAS Number: 527-07-1

Synonyms

D-gluconate; D-gluconic acid; dextrone acid; gluconate; gluconic acid; magnerot;

magnesium gluconate; maltonic acid; pentahydroxycaproic acid; D-gluconic acid,

monosodium salt

D-Gluconic acid, monosodium salt

Gluconic acid sodium salt

Monosodium D-gluconate

Monosodium gluconate

sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate

Chemical formula: C6H11NaO7

Molar mass:218.137 g·mol−1

Appearance: White powder

Odor: Odorless

Solubility in water: 58 g/100 mL

Solubility in ethanol and diethyl ether: Slightly soluble

Sodium gluconate is a chemical compound, salt of sodium and gluconic acid with the formula HOCH 2 (CHOH) 4 COONa, colorless crystals, soluble in water, food additive E576.

Receiving

Alkaline fermentation of cellulose .

Physical properties

Sodium gluconate forms colorless crystals.

Soluble in water and ethanol .

SODIUM GLUCONATE

Sodium D-gluconate

527-07-1

D-Gluconic acid, monosodium salt

D-Gluconic acid sodium salt

Gluconic acid sodium salt

Monosodium gluconate

Glonsen

Monosodium D-gluconate

D-Gluconate sodium salt

Gluconate (sodium)

Pasexon 100T

Gluconato di sodio [Italian]

UNII-R6Q3791S76

Sodium gluconate [USP]

Gluconic acid, monosodium salt, D-

EINECS 208-407-7

14906-97-9

gluconate sodium

sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate

CHEBI:84997

2,3,4,5,6-Pentahydroxycaproic acid sodium salt

MFCD00064210

R6Q3791S76

NCGC00164076-01

Sodium gluconate (USP)

Gluconic acid, sodium salt

D-Gluconic acid, sodium salt (1:?)

D-Gluconic acid, sodium salt

Gluconic acid, sodium salt, 98%

C6H11NaO7

Gluconato di sodio

D-Gluconic acid, sodium salt (1:1)

EINECS 238-976-7

gluconic acid sodium

PubChem1

Application

In industrial detergents

Sodium gluconate and gluconic acid are used as complexing agents for bivalent or trivalent metal cations (Ca 2+ , Mg 2+ , Fe 3+ , Al 3+ ) in industrial alkaline cleaning solutions. They are particularly effective in this application, even when compared to agents such as NTA and EDTA . Gluconic acid and sodium gluconate are commonly used in liquid formulations in combination with other ingredients such as surfactants , sodium hydroxide, sodium silicate, and phosphates. Such formulations can be more effective due to synergy, arising from a combination of the properties of two or three components: Trisodium phosphate, used as a detergent , does not have complexing properties and in hard water can cause precipitation of calcium in the form of an insoluble phosphate salt. Sodium gluconate added to the solution reacts with calcium ions to form a soluble chelate compound. Surfactantsgenerally more effective in soft or demineralized water. Since it is very expensive to demineralize water, adding sodium gluconate to the formulation is an economical solution. Silicates complement the action of sodium hydroxide by imparting increased alkalinity and preventing corrosion. Sodium gluconate imparts synergy to these properties. Due to the combination of complexing, dispersing and anti-corrosive properties, high solubility and increased stability in a strongly alkaline environment, sodium gluconate is the best complexing agent for creating alkaline formulations.

Additive to concrete and building mixtures

Sodium gluconate slows down the setting of concrete , lowers water content and improves plasticity even at low dosages. Its use contributes to obtaining concrete with increased strength after 28 days. The principle of action of sodium gluconate is based on several interrelated mechanisms: – Adsorption: Sodium gluconate is adsorbed on the surface of cement particles during hydration and prevents their contact with water, slowing down the setting. – Sedimentation (precipitation): in the aqueous phase, sodium gluconate interacts with calcium ions, forming an insoluble and impermeable layer of calcium gluconate on the surface of the cement particles. This slows down hydration and lengthens the hardening time. The mechanical strength of the cement is increased under conditions favorable for the formation of long microcrystalline fibers. – Complexation: sodium gluconate isolates calcium ions, preventing the formation of crystal nuclei. – Dispersion: Sodium gluconate helps to disperse the cement particles in the mixture, reducing the effect of Van der Waals forces and improving wetting. This increases the fluidity or allows the water content to be reduced. It is known that with a low water content, microcrystalline fibers of increased length are not required to bind all cement particles. This leads to an increase in the strength of the cement after 28 days. Thus, sodium gluconate increases plasticity and strength by reducing the water content of the mixture, and also slows down the hardening.

Cement additive for the oil industry

Sodium Gluconate is used in the oil industry to cement boreholes. Cementing serves for:

fixing the drill string relative to the sides of the well

drill string enclosures

protecting the drilling space from pressure fluctuations and corrosion

reduction of fluid loss through the permeable layer

According to American Petroleum Institute standards, there are several grades of cement that are used for this process. Some types of cements contain retardants, in these types of cements sodium gluconate can be injected directly into the cement. Another related application of sodium gluconate is in the treatment of a production well. Operating time, recoil can be reduced due to the formation of salts such as calcium sulfate or calcium carbonate, which reduce the geological permeability of gas and oil. In these cases, it is possible to use acid or alkali to destroy these formations. The addition of sodium gluconate to the working fluid can improve properties by keeping the salts dissolved. Related Uses: Preventing crystal growth. Sodium gluconate prevents the formation of salt and mineral deposits. Sodium gluconate is absorbed on the surface of the crystal and prevents its further growth. Thus, the size and number of crystals changes. Corrosion inhibitor. In an alkaline environment, especially in enriched borax, sodium gluconate is a good corrosion inhibitor for ferrous metals such as cast iron or steel.

Metallurgical applications

In steel production and especially in aluminum production – sodium gluconate works as a well-known, fairly effective chelating agent that binds metal ions and thereby prevents the deposition of aluminum hydroxide on surfaces, allows the sediment to be easily removed during filtration. When pickling steel, sodium gluconate prevents metal salt deposits from settling in the bath or on the sheets, thereby improving the condition of the metal surface. Etching of metals has as its goal either the continuous dissolution of a thin layer from the metal surface – matt etching, or etching on the surface of only individual places – etching of drawings, letters. In the latter case, the metal surface is covered with a protective layer, on which a pattern is applied, cut with a sharp tool (needle) to the metal, so that

Application in the food industry

Sodium gluconate in the food industry is an additive-complexing agent and flavor enhancer (food additive designed to enhance taste sensations by increasing the sensitivity of the taste

buds of the tongue). Sodium gluconate E-576, according to SanPiN 2.3.2.1078 – 01: “Food additives that do not have a harmful effect on human health when used for the manufacture of

food” in accordance with the Resolution of the Chief State Sanitary Doctor of the Russian Federation of November 14, 2001 N 36 is allowed for application.

Raw Materials For Concrete Admixtures Water Reducers / Superplasticizers / Retarders

Product description

Sodium Gluconate is a sodium salt of gluconic acid, specially formulated for the highest grade of water reduction.

Areas of use

Sodium Gluconate – is used in the following conditions and applications.

It is used in situations where good workability and consistency protection are required in additive compositions with the highest degree of water reduction.

• In additive formulations for densely reinforced elements such as beams, posts and partitions.

• In additives formulations for industrial floors.

Provides an economical design with polycarboxylate based additives.

Benefits and Properties

Due to its organic and inorganic compounds, Lyksor Sodium Gluconate is well compatible with polycarboxylate based impurities, in addition, high dosages provide a more

economical impurity cost.

Sodium Gluconate prolongs the setting time of concrete.

In the formulation of additives, the use of Lyksor Sodium Gluconate in the appropriate dosage provides greater ease of processing, facilitates mixing, transportation, and

placement of concrete in the formwork.

Sodium Gluconate improves strength and durability by reaching the target consistency class with a lower WBR.

Sodium Gluconate maintains the consistency of the concrete longer than the reference concrete.

E576 Sodium gluconate

Sodium gluconate (E576)

Sodium gluconate is a chemical that is included in the list of food additives, belongs to the group of emulsifiers. According to the international classification, sodium gluconate

is assigned the code E576, under this marking it can most often be found on food labels.

General characteristics and obtaining E576

Sodium gluconate is a salt of sodium and gluconic acid , which, when interacting with alkalis, forms sodium gluconate and releases carbonate impurities. Sodium gluconate is a

transparent crystals or powder, colorless and odorless (calorizator). The substance is highly soluble in water and other liquids, with the exception of alcohol and its derivatives.

Prescription of sodium gluconate

E576 is considered a complexing food additive, it is a taste enhancer that affects the sensitivity of the taste buds of the tongue, thereby enhancing the taste sensation. Has the ability

to bind excess iron , calcium and heavy metal ions, which is used in the brewing industry to remove pathogens remaining on the walls of bottles

The benefits and harms of E576

Officially, sodium gluconate is considered a food supplement that is not harmful to human health. But, given the chemical origin of E576, you should not eat foods containing sodium gluconate

in excessive quantities. In case of an overdose of the substance, the body will react with a headache, reddening of the face, a feeling of heaviness in the stomach and profuse sweating,

shortness of breath and palpitations may appear.

Application of sodium gluconate

Food additive E576 is used in most cases as a complexing agent. It allows you to create a homogeneous mixture of substances immiscible in nature, forming chelate bonds with them. Sodium gluconate is used not only in the food industry, its areas of application are:

metallurgy,

production of detergents,

textile industry,

production of concrete and cement.

Sodium gluconate used in industrial alkaline cleaning solutions. In this application, it is particularly effective, even when compared to agents such as NTA and EDTA. Sodium gluconate is commonly used in liquid formulations in combination with other ingredients such as surfactants, sodium hydroxide, sodium silicate, and phosphates. Such formulations can be more effective due to the synergism arising from the combination of the properties of two or three components: Trisodium phosphate, used as a detergent, does not have complexing properties and in hard water can precipitate calcium in the form of an insoluble phosphate salt. Sodium gluconate added to the solution reacts with calcium ions to form a soluble careless compound. Surfactants are generally more effective in soft or demineralized water. Since it is very expensive to demineralize water, adding sodium gluconate to the formulation is an economical solution. Silicates complement the action of sodium hydroxide by imparting increased alkalinity and preventing corrosion. Sodium gluconate imparts synergy to these properties. Due to the combination of complexing, dispersing and anticorrosive properties, high solubility and increased stability in a strongly alkaline environment, sodium gluconate is the best complexing agent for creating alkaline formulations.

Synonyms: monosodium salt, Sodium gluconate, Sodium D-gluconate, Sodium gluconate, D-gluconic acid sodium salt

English names: monosodium salt, Sodium Gluconate

Sodium gluconate is an organic compound, the Sodium gluconatesodium salt of gluconic acid. Formula – NaC6H11O7, in structural form – HOCH2 (CHOH) 4COONa. The names are synonyms: sodium gluconate, sodium D-gluconate. It is obtained by processing cellulose.

Sodium gluconate is the sodium salt of gluconic acid, produced by fermentation of glucose. It is a white to tan, granular to fine, crystalline powder, very soluble in water. Non corrosive, non-toxic and readily biodegradable (98 % after 2 days), sodium gluconate is more and more appreciated as chelating agent.

The outstanding property of sodium gluconate is its excellent chelating power, especially in alkaline and concentrated alkaline solutions. It forms stable chelates with calcium, iron, copper, aluminium and other heavy metals, and in this respect, it surpasses all other chelating agents, such as EDTA, NTA and related compounds.

Aqueous solutions of sodium gluconate are resistant to oxidation and reduction, even at high temperatures. However, it is easily degraded biologically (98 % after 2 days), and thus presents no wastewater problem.

Sodium gluconate is also a highly efficient set retarder and a good plasticiser / water reducer for concrete, mortar and gypsum.

And last but not least, it has the property to inhibit bitterness in foodstuffs.

SODIUM GLUCONATE is an excipient used by pharma and nutraceutical manufacturers to obtain the benefits of a buffer and pH adjuster. This organic salt can be used in swallowable tablets, orally dispersible tablets, and hard capsules

The neutralized form of gluconic acid. It’s a great ingredient to neutralize metal (especially iron and copper) ions in a cosmetic product. This helps to prevent discoloration of the formula over time or rancidity of cosmetic oils. It can also be a pH regulator and a humectant (helps skin to cling onto water).

It’s also used in oral care products where it reduces the bitterness of other ingredients

CDR reports use of liquid sodium gluconate as a corrosion inhibitor, anti-scaling agent, and processing aid in food, beverage, and tobacco manufacturing processing (incorporation into formulation, mixture, or reaction product). SPIN identifies use of sodium gluconate in food, beverage, and tobacco manufacturing in Nordic countries, including the manufacture of beer, vegetable and animal oils and fats, dairy products, meat and meat products, as well as processing and preserving of fruits, vegetables, meat, meat products, fish, and fish products.

CDR reports use of dry powder, pellet, and large crystal sodium gluconate in water treatment products.

CDR identifies concentrations of at least 90 percent by weight in commercial, dry powder water treatment products.

GE Betz identifies use of sodium gluconate in water and process technology membrane cleaners, and Hydrite Chemical identifies use in water treatment products.

SPIN reports use of sodium gluconate in water treatment softeners and calcium removers in Nordic countries.

CDR reports use of liquid, dry powder, and other solid sodium gluconate as a plating agent, surface treatment agent, and processing aid in fabricated metal manufacturing, for processing and use

CDR reports use of dry powder sodium gluconate in commercial paints and coatings and as a plating and surface treatment agent in industrial paint and coating manufacturing

Synapse Information Resources identifies use of sodium gluconate in hide tanning, as a sequestrant and chelating agent in textiles and leather, and as a mordant for fabrics.

Hydrite Chemical identifies use as a textile dye.

HazMap identifies use of sodium gluconate in textile bleach stabilization and generally in the tanning and textile industries.

SPIN reports use of sodium gluconate in textile finishing and manufacturing, as well as washing and cleaning of textile and fur products

Properties

Powder with fine crystals, colorless. Soluble in water, soluble in ethyl alcohol. Reacts easily with acids and alkalis.

Sodium gluconic acid is considered a harmless additive and is approved for use in the Russian Federation, CIS countries and the European Union, although it has side effects. For example, it enhances not only taste, but also the feeling of hunger, stimulating a person to eat more than necessary. In addition, in large doses, the substance can cause allergies, headache, dizziness, irritation and rash on the skin, tachycardia, increased sweating. With regular consumption, addiction develops, and food without this additive begins to seem bland.

Store the reagent in a ventilated, cool area.

Application

Most often used as a food additive E576. Belongs to the category of flavor enhancers. Strengthens the taste by improving the sensitivity of the receptors of the tongue, makes the taste of protein products (meat, fish, mushroom) more intense. It is in demand in the manufacture of semi-finished products, soy sauce, bouillon cubes, chips, seasonings for meat and fish. In restaurants and fast food cafes, it is used in its pure form as a seasoning. It is also used as a shaper, emulsifier, acidity level regulator. Strengthens the effectiveness of antioxidants, helps to bind and make indigestible excess amounts of iron, calcium, heavy metals.

In the food industry – for washing membranes for ultrafiltration separation of milk; washing food bottles; descaling beer containers.

Part of laundry detergents and household detergents, bleaches, shampoos.

In the production of professional Sodium gluconic acidalkaline cleaning agents for industrial removal of organic and inorganic sludge; rust, carbon and silicate deposits from glass surfaces. The addition of sodium gluconate to liquid products helps them to be used in water of any hardness. In addition, the reagent enhances the action of other components, reduces their corrosive properties, and improves water solubility.

In building and concrete mixtures to improve the plasticity of the mortar. Thanks to the addition of sodium gluconate, concrete sets more slowly and requires less water to prepare the solution. Ready concrete with additives of the reagent is characterized by increased strength.

In the oil industry for cementing wells, extending their life, strengthening drill strings, protecting the walls of wells from the pressure of surrounding formations and their corrosive effects, preventing fluid loss from the well. The substance is used to prevent “salting” of wells (salt deposits impair the permeability of the well to oil and gas; the reagent maintains salts in a soluble form). When alkaline reagents are used in drilling fluids, sodium gluconate additive protects cast iron and steel parts of drills and strings from corrosion.

In metallurgy – when smelting steel and aluminum, when pickling steel.

In pharmacology and medicine as a regulator of water-salt balance. It is used in droppers for anti-shock and detoxification therapy; with frostbite, burns, large blood loss; to restore

the balance of electrolytes; in the treatment of peritonitis.

APPLICATIONS:

Agricultural chemicals (non-pesticidal)- pesticide, fertilizer, and other agricultural chemical manufacturing

Plasticizers- nonmetallic mineral product manufacturing (includes clay, glass,cement, concrete, lime, gypsum, and other nonmetallic mineral productmanufacturing;

construction

Plating agents and surface treating agents- fabricated metal product manufacturing

Fertilizer-pesticide, fertilizer, and other agricultural chemical manufacturing

Surface active agents- soap, cleaning compound, and toilet preparation manufacturing

Processing aids not otherwise listed- soap, cleaning compound, and toilet preparation manufacturing)

nonmetallic mineral product manufacturing (includes clay, glass, cement, concrete, lime, gypsum, and other nonmetallic mineral product manufacturing;

food, beverage, and tobacco product manufacturing

all other chemical product and preparation manufacturing

fabricated metal product manufacturing;

nonmetallic mineral product manufacturing (includes clay, glass,cement, concrete, lime, gypsum, and other nonmetallic mineral product manufacturing

oil and gas drilling, extraction, and support activities

Corrosion inhibitors and anti-scaling agents- food, beverage, and tobacco product manufacturing;

All other basic inorganic chemical manufacturing

Powdered vat cleaner, aluminum Cleaner, glass Cleaner, etc.- soap, cleaning

compound, and toilet preparation manufacturing

Laboratory chemicals- all other chemical product and preparation manufacturing

Chelating agent- soap, cleaning compound, and toilet preparation manufacturing

Chemical distribution- wholesale and retail trade

Solvents (for cleaning and degreasing)- soap, cleaning compound, and toilet preparation manufacturing

Processing- incorporation into an article

Solvents (which become part of product formulation or mixture)- soap, cleaning compound, and toilet preparation manufacturing

Plasticizers- all other chemical product and preparation manufacturing

Functional fluids (open systems)- fabricated metal product manufacturing

Sodium gluconate is the sodium salt of D-gluconic acid. D-gluconic acid is a 6-carbon aldonic acid (oxidized sugar) derived from glucose.

EPA used best professional judgement to select analogs to sodium gluconate based on similarity in structure, physical-chemical properties and functionality, with the assumption that these chemicals will have similar environmental transport and persistence

characteristics, and bioavailability and toxicity profiles. All analogs are aldonic acids containing 5-7 carbon atoms, or their corresponding salts or esters. Sodium glucoheptonate is used as an analog and has a chain length of 7 carbons.

Analogs also include the free acid D-gluconic acid and two additionalsalts.

Like the sodium salt, the potassium and calcium salts are expected to readily dissociate under environmentally and biologically relevant conditions to release gluconic acid and/or gluconate anion, depending on the ambient pH.

As a result, the environmental and health effects of these compounds are expected to be very similar to those of sodium gluconate.

In addition, glucono-delta-lactone is a cyclic ester (lactone) of D-gluconic acid.

The lactone and acid are interconverted to each other and exist in equilibrium in aqueous solution.

Based on these factors, the environmental and toxicological effects of glucono-delta-lactone and D-gluconic acid are expected to be very similar to each other and to sodium gluconate.

gluconic acid sodium salt

D- gluconic acid sodium salt

dextro- gluconic acid sodium salt

D- gluconic acid sodium salt (1:1)

dextro- gluconic acid sodium salt (1:1)

gluconic acid, sodium salt

hexonic acid, sodium salt (1:1)

sodium 2,3,4,5,6-pentahydroxy-1-hexanoate

sodium 2,3,4,5,6-pentahydroxyhexanoate

sodium D-gluconate

sodium galactonate

mono sodium gluconate

It is a white powder that is very soluble in water.

Uses

Brightener for nickel iron alloy electroplating. When used alone, it can make the plating solution clear, make the plating surface bright, and make crystal fine and a great leveling. Dosage is 0.1 ~ 0.2 g/L.

Food additives, electroplating complexing agent, water quality stabilizer, color agent in printing and dyeing industry, treatment agent for iron and steel surface.

Used in pharmaceutical industry.

Used as a corrosion inhibitor for circulating cooling water systems, used in electroplating and metal cleaning and used in pharmacy.

Nutritional supplements, chelating agent and yeast food.

In the treatment of industrial water, used as scale-corrosion inhibitor. A good compound effect with aluminum.

Preparation

The calcium gluconate is added into the reaction kettle. Add sulfuric acid aqueous solution while stirring. After mixing for one hour, let it stand for a while and then get it filtered. The filter residue is CaSO4 and gets it removed. The filtrate is added into the neutralization kettle, and a proper amount of Na2CO3 aqueous solution is added to neutralize it. Finally get it through concentration, filtration and drying. Check the finished products with proper packaging.

Sodium gluconate is a salt of gluconic acid. It is a white powder, odorless and soluble in water. Sodium gluconate is used as chelating agent in various applications such as cement, alumina dyeing and plating industries. Sodium gluconate is also used as a surface cleaning agent. It is an effective sequestrant for magnesium, iron, aluminum, copper and calcium. It is used as a softener in water treatment.

The market for sodium gluconate was mainly driven by construction and industrial sector. Sodium gluconate is also used in textile industry in degreasing and cleaning fibers, sequestrant for metal ions. It can be used as retardant and plasticizer in construction industry. Sodium gluconate is used in treatment of metallic surfaces, aluminum etching and metal degreasing among other. Construction sector can provide major opportunities for sodium gluconate in near the future. However, higher manufacturing costs can be major restraint for the market in upcoming years.

In terms of demand, Asia Pacific was the leading region in the sodium gluconate market. The demand is high due to the huge demand from construction industry. China is one of the major producer and consumer for sodium gluconate and is expected to be the same in near future. India and Japan are likely to exhibit more demand for sodium gluconate across the forecast period. Asia Pacific was followed by North America. The market for sodium gluconate is huge from metal cleaning and textile market. Europe market is anticipated to grow and is likely to show greater demand in upcoming years owing to huge demand for sodium gluconate from various manufacturing sectors. The Rest of the World market is likely to potential market for sodium gluconate in next few years.

Sodium gluconate or sodium d-gluconate, the sodium salt of gluconic acid with the European food additive number E576, is different with other gluconates that can be used as a nutrient, this ingredient is mainly used as a chelating agent and cleaner in food and industrial uses.

What is Sodium Gluconate (E576) in food and other uses?Sodium Gluconate in beverageCHELATING AGENT MAY 7, 2020 NO COMMENTS

Uses | Specification | Property | Safety | FAQs

What’re the Uses of Sodium gluconate?

It is a multi-functional ingredient that can be used in a lot of fields, commonly used for its outstanding chelating property in food and industrial uses. Also used for its PH buffering and taste improvement in food.

Food

Food grade sodium gluconate can be used as:

A sequestrant agent by chelating undesirable metal ions.

A PH buffer in drink.

A taste improver for beverage by masking off-notes or reducing the bitterness/aftertaste from artificial sweeteners, soybean protein, minerals or caffeine.

A stabilizer in meat products by increasing meat water-binding capacity and improving its firmness and sliceability. Meanwhile, sodium gluconate is a replacement of phosphates. (1)

Pharma & Nutraceutical

It can be used as an excipient as a buffer and pH adjuster in the following products (2):

Syrups

Suspension

Swallowable/orally dispersible tablets

Hard capsules

Others

Cosmetics

Sodium gluconate functions as a chelating and skin conditioning in cosmetic and personal care products. (3)

And usually we can find it in skin care products like face cream, soap, and toothpaste.

Industrial uses

Chelating agent

With good sequestering power (over EDTA, NTA and some other related compounds) to combine with di- and trivalent metal ions, such as calcium, iron, copper, aluminium to form stable chelates and take them out of water or the solution at an alkaline pH, and with little effect on temperature.

Due to this property, it is widely used in:

Water treatment

Bottle washing

Corrosion inhibition

Metal surface treatment

Industrial cleaning

Concrete retarder

In addition, it can be used in the construction industry, as a retarding cement enhancing additive. (4)

Specification

Other names

Sodium d-gluconate

Sodium salt of D-gluconic acid

CAS number 527-07-1

Chemical formula NaC6H11O7

Molecular weight 218.137

(2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate de sodium

14906-97-9 [RN]

2,3,4,5,6-Pentahydroxycaproic acid sodium salt

238-976-7 [EINECS]

527-07-1 [RN]

D-Gluconate de sodium [French] [ACD/IUPAC Name]

D-Gluconate sodium salt

D-Gluconic acid sodium salt

D-Gluconic acid, sodium salt (1:1) [ACD/Index Name]

LZ5235000

MFCD00064210 [MDL number]

Natrium-(2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoat

Natrium-D-gluconat [German] [ACD/IUPAC Name]

sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate

Sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate (non-preferred name)

Sodium D-gluconate [ACD/IUPAC Name]

Sodium Gluconate

[14906-97-9]

[527-07-1]

16916-78-2 [RN]

D05862

D-Gluconic acid monosodium salt

D-Gluconic acid sodium salt;Sodium D-gluconate;D-Gluconate sodium salt

D-Gluconic acid sodium salt|Sodium gluconate

D-Gluconic acid, monosodium salt

D-Gluconic acid, sodium salt

D-GLUCONIC ACID, SODIUMSALT (1:?)

EINECS 238-976-7

Gluconate (sodium)

Gluconate sodium

Gluconic acid sodium salt

Gluconic acid, monosodium salt, D-

Gluconic acid, sodium salt

HgLNaHrng[CPByA[n{mjjjhbVaUP@

https://www.ebi.ac.uk/chebi/searchId.do?chebiId=CHEBI:84997

MONOSODIUM D-GLUCONATE

Monosodium gluconate

Sodium gluconate (USP)

Sodium gluconate USP

Sodium(2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate

sodiumgluconate

グルコン酸ナトリウム [Japanese]

SYNONYM:

SODIUM GLUCONATE; Sodium D-gluconate; 527-07-1; D-Gluconic acid, monosodium salt; D-Gluconic acid sodium salt; Gluconic acid sodium salt ; Monosodium gluconate; sodyum glukonat;Glonsen; Monosodium D-gluconate ; D-Gluconate sodium salt; Gluconate (sodium); Gluconato di sodio; UNII-R6Q3791S76; Sodium gluconate; Gluconic acid, monosodium salt, D- ; EINECS 208-407-7; 14906-97-9; D-Gluconic acid; sodium salt; sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate; ; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate (sodium CHEBI:84997; 2,3,4,5; Pentahydroxycaproic acid sodium salt; sodium gluconate; MFCD00064210; R6Q3791S76 , NCGC00164076-01; Sodium gluconate; Gluconic acid, sodium salt; D-Gluconic acid, sodium salt; Sodiumgluconate; Gluconic acid, sodium salt, 98%; ; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate sodium; Gluconato di sodio; C6H11NaO7; D-Gluconic acid, sodium salt (1:1); EINECS 238-976-7; gluconic acid sodium; PubChem19288; Sodium Gluconate; ; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate sodium; (S); DSSTox_CID_7170; DSSTox_RID_78333; DSSTox_GSID_27170; SCHEMBL23640; CHEMBL1200919; D-Gluconic acid sodium salt;Sodium D-gluconate;D-Gluconate sodium salt; DTXSID7027170; HY-B1092A; KS-00000VKL; UPMFZISCCZSDND; JJKGCWMISA-M; Tox21_112081; GC9014; s4174; AKOS015899031; AKOS015951225; CCG-229938; CS-4777; LS-2388; AS-11680; CAS-527-07-1; G0041; D05862; A829211; Q264552; W-110397; sodium (2R,3S,4R,5R)-2,3,4,5,6-pentakis(oxidanyl)hexanoate; SODIUM GLUCONATE; Sodium D-gluconate; 527-07-1; D-Gluconic acid, monosodium salt; D-Gluconic acid sodium salt; Gluconic acid sodium salt; Monosodium gluconate; Glonsen; Monosodium D-gluconate; D-Gluconate sodium salt; Gluconate (sodium)P; Gluconato di sodio [Italian]; UNII-R6Q3791S76; Sodium gluconate [USP]; Gluconic acid, monosodium salt, D-; EINECS 208-407-7; 14906-97-9; D-Gluconic acid, sodium salt (1:?); sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate; CHEBI:84997; 2,3,4,5,6-Pentahydroxycaproic acid sodium salt; MFCD00064210; R6Q3791S76; NCGC00164076-01; Sodium gluconate (USP); Gluconic acid, sodium salt; D-Gluconic acid, sodium salt; Sodiumgluconate; Gluconic acid, sodium salt, 98%; Gluconato di sodio; ; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate sodium ;C6H11NaO7; D-Gluconic acid, sodium salt (1:1); EINECS 238-976-7; gluconic acid sodium; PubChem19288; Sodium Gluconate ,(S); DSSTox_CID_7170; DSSTox_RID_78333; DSSTox_GSID_27170; SCHEMBL23640; CHEMBL1200919; D-Gluconic acid sodium salt;Sodium D-gluconate;D-Gluconate sodium salt; DTXSID7027170; HY-B1092A; KS-00000VKL; Tox21_112081; GC9014; s4174; AKOS015899031; AKOS015951225; Sodium Gluconate; monopotassium salt; gluconic acid, monosodium salt; gluconic acid, potassium salt; ; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate (sodium; gluconic acid, sodium salt; gluconic acid, strontium (2:1) salt; gluconic acid, tin(+2) salt; gluconic acid, ; magnerot; maltonic acid; manganese gluconate; CCG-229938; CS-4777; LS-2388; AS-11680; CAS-527-07-1; G0041; D05862; A829211; Q264552; W-110397; sodium (2R,3S,4R,5R)-2,3,4,5,6; pentakis(oxidanyl)hexanoate; D-GLUCONIC ACID, MONOSODIUM SALT; D-GLUCONIC ACID, MONOSODIUM SALT; SODIUM GLUCONATE; SODIUM GLUCONATE; DGLUCONIC ACID, MONOSODIUM SALT; MONOSODIUM SALT D-GLUCONIC ACID; GLONSEN; GLUCONATO DI SODIO (ITALIAN) ; GLUCONIC ACID SODIUM SALT; MONOSODIUM GLUCONATE; PASEXON 100T; PMP SODIUM GLUCONATE; SODIUM D-GLUCONATE; sodium (2R,3S,4R,5R’)-2,3,4,5,6-pentahydroxyhe¬xanoate; D-Gluconic Acid, Monosodium Salt; E576; Natriumgluconat; D-Gluconsaure; Natriumsalz; Natrium D-Gluconat;sodium gluconate, Sodium Gluconate;where to buy sodium gluconate, sodium gluconate food grade, sodium gluconate fcc, 527-07-1, D-Gluconic Acid Monosodium Salt, sodium pentahydroxyhexanoate, NaC6H11O7, sodium gluconate msds, 208-407-7, concrete water reducing agent and retarder, chelator, chelating agent, sequestrant, complexing agent, deicer, food additive stabilizer, corrosion inhibitor, electroplating and metal finishing; C6H11NaO7; boron gluconate; D-gluconate; D-gluconic acid; dextronic acid; gluconate; gluconic acid; gluconic acid, (113)indium-labeled; gluconic acid, (14)C-labeled; gluconic acid, (159)dysprosium-labeled salt; gluconic acid, (99)technecium (5+) salt; gluconic acid, 1-(14)C-labeled; gluconic acid, 6-(14)C-labeled; gluconic acid, aluminum (3:1) salt; gluconic acid, ammonium salt; gluconic acid, calcium salt gluconic acid, cesium(+3) salt; gluconic acid, cobalt (2:1) salt; gluconic acid, copper salt; gluconic acid, Fe(+2) salt, dihydrate; gluconic acid, lanthanum(+3) salt; gluconic acid, magnesium (2:1) salt; gluconic acid, manganese (2:1) salt; gluconic acid, monolithium salt; gluconic acid; Sodium Gluconate; monopotassium salt; gluconic acid, monosodium salt; gluconic acid, potassium salt; ; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate (sodium; gluconic acid, sodium salt; gluconic acid, strontium (2:1) salt; gluconic acid, tin(+2) salt; gluconic acid, ; magnerot; maltonic acid; manganese gluconate; D-GLUCONIC ACID, MONOSODIUM SALT; D-GLUCONIC ACID, MONOSODIUM SALT; SODIUM GLUCONATE; SODIUM GLUCONATE; DGLUCONIC ACID, MONOSODIUM SALT; MONOSODIUM SALT D-GLUCONIC ACID; GLONSEN; GLUCONATO DI SODIO (ITALIAN) ; GLUCONIC ACID SODIUM SALT; MONOSODIUM GLUCONATE; PASEXON 100T; PMP SODIUM GLUCONATE; SODIUM D-GLUCONATE; sodium (2R,3S,4R,5R’)-2,3,4,5,6-pentahydroxyhe¬xanoate; D-Gluconic Acid, Monosodium Salt; E576; Natriumgluconat; D-Gluconsaure; Natriumsalz; Natrium D-Gluconat;sodium gluconate, where to buy sodium gluconate, sodium gluconate food grade, sodium gluconate fcc, 527-07-1, D-Gluconic Acid Monosodium Salt, sodium pentahydroxyhexanoate, NaC6H11O7, sodium gluconate msds, 208-407-7, concrete water reducing agent and retarder, chelator, chelating agent, sequestrant, complexing agent, deicer, food additive stabilizer, corrosion inhibitor, electroplating and metal finishing; C6H11NaO7; boron gluconate; D-gluconate; D-gluconic acid; dextronic acid; gluconate; gluconic acid; gluconic acid ;Sodium Gluconate; (113)indium-labeled; gluconic acid, (14)C-labeled; gluconic acid, (159)dysprosium-labeled salt; gluconic acid, (99)technecium (5+) salt; gluconic acid, 1-(14)C-labeled; gluconic acid, 6-(14)C-labeled; gluconic acid, aluminum (3:1) salt; gluconic acid, ammonium salt; gluconic acid, calcium salt gluconic acid, cesium(+3) salt; gluconic acid, cobalt (2:1) salt; gluconic acid, copper salt; gluconic acid, Fe(+2) salt, dihydrate; gluconic acid, lanthanum(+3) salt; gluconic acid, magnesium (2:1) salt; gluconic acid, manganese (2:1) salt; gluconic acid, monolithium salt; gluconic acid, monopotassium salt; gluconic acid, monosodium salt; gluconic acid, potassium salt; gluconic acid, sodium salt; gluconic acid, strontium (2:1) salt; gluconic acid, tin(+2) salt; gluconic acid, ; magnerot; maltonic acid; manganese gluconate; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; Sodium Gluconate; monopotassium salt; gluconic acid, monosodium salt; gluconic acid, potassium salt; ; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate (sodium; gluconic acid, sodium salt; gluconic acid, strontium (2:1) salt; gluconic acid, tin(+2) salt; gluconic acid, ; magnerot; maltonic acid; manganese gluconate; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; pentahydroxycaproic acid; sodium gluconate;SODYUM GLUKONAT; sodyum glukonat; sodyum glikonat; sodium, gluconate; sodium gluconate; sodyum, glukonat; sodyum glukonat; glukonik asit sodyum tuzu; sodium glukonat; sodium gluconat; sodyum gluconate; sodyum gluconate.; SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate (sodium); Pasexon 100T; Gluconato di sodio [Italian]; Sodium gluconate [USP]; Gluconic acid, monosodium salt, D-; EINECS 208-407-7; sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate; 14906-97-9; CHEBI:84997; Sodium gluconate (USP); Gluconic acid, sodium salt; D-Gluconic acid, sodium salt; Sodiumgluconate; Gluconic acid, sodium salt, 98%; D-Gluconic acid, sodium salt (1:?); Gluconato di sodio; C6H11NaO7; D-Gluconic acid, sodium salt (1:1); EINECS 238-976-7; gluconic acid sodium; PubChem19288; Sodium Gluconate ,(S); SODIUM GLUCONATE; SODUM GLUCONATE; Gluconate (sodium); Pasexon 100T; Gluconato di sodio [Italian]; Sodium gluconate [USP]; Gluconic acid, monosodium salt, D-; EINECS 208-407-7; sodium (2R,3S,4R,5R)-2,3,4,5,6-pentahydroxyhexanoate; 14906-97-9; CHEBI:84997; Sodium gluconate (USP); Gluconic acid, sodium salt; D-Gluconic acid, sodium salt; Sodiumgluconate; Gluconic acid, sodium salt, 98%; D-Gluconic acid, sodium salt (1:?); Gluconato di sodio; C6H11NaO7; D-Gluconic acid, sodium salt (1:1); EINECS 238-976-7; gluconic acid sodium; PubChem19288; Sodium Gluconate ,(S); Sodium D-gluconate; sodyum glikonat; sodyum glukonat; sodyum glukonate; sodium glikonat; sodium glukonat; sodium glukonate; Sodyum Glukonat; Sodium Gluconate; sodium gluconate;

SODIUM GLUCONATE ( SODYUM GLUKONAT)

Sodium gluconate, also called sodium salt of gluconic acid, is produced by fermentation of glucose. The appearance of Sodium gluconate is white crystalline powder, so Sodium gluconate is very soluble in water. And Sodium gluconate has features of non-toxic, non corrosive and readily biodegradable. What’s more, as an important chemical admixture, Sodium gluconate can be widely used in many different fields, such as in concrete, textile industry, oil drilling, soap, cosmetics, toothpaste, etc. If you are going to buy sodium gluconate powder, please contact us to get a free quote online. The following is about its technical specifications.

Item of Sodium gluconate Sodium Gluconate (CAS 527-07-1)

Appearance of Sodium gluconate White crystalline powder

Purity % of Sodium gluconate 98 Min

Loss on drying % of Sodium gluconate 0.50 Max

Sulphate (SO42-) % of Sodium gluconate 0.05 Max

Chloride (Cl) % of Sodium gluconate 0.07 Max

Heavy metals (Pb) ppm of Sodium gluconate 10 Max

Reduzate (D-glucose) % of Sodium gluconate 0.7 Max

PH (10% water solution) of Sodium gluconate 6.2~7.5

Arsenic salt(As) ppm of Sodium gluconate 2max

The sodium gluconate 98% min can be used as concrete retarder, and sodium gluconate can delay the Initial and final setting time of concrete. In general, sodium gluconate conrete retarder can extend the concrete setting time by a few days without effect the strength of the concrete. Besides, sodium gluconate can also play the role of a water reducing agent, which improves the workability and the strength of concrete. Sodium gluconate can be used to produce petroleum products and oil field drilling muds. Sodium gluconate can effectively remove the bottle label and bottle neck rust. And Sodium gluconate is not easy to block the nozzle and pipeline of the bottle washer. Moreover, Sodium gluconate will not lead bad influences to food or the environment. Sodium gluconate has a good coordinated effect as a circulating cooling water corrosion inhibitor. In contrast to general corrosion inhibitors, Sodium gluconate’s corrosion inhibition increases with increasing temperature. Sodium gluconate is a compound with formula NaC6H11O7. As Sodium gluconate acts as a corrosion inhibitor Sodium gluconate helps to protect iron bars used in concrete from corrosion. When sodium gluconate is present in water above 200ppm it protects steel and copper from corrosion. Sodium gluconate is used in food additives for the same purpose. Sodium Gluconate can be used as cement blend, cement additive. By adding sodium gluconate, the initial solidification time of the cement is prolonged. Then the shelf life is extended. After a certain amount of sodium gluconate is added to the cement, the flexibility and strength of the concrete increases significantly.Sodium Gluconate works as a water quality stabilizer.Sodium gluconate is the sodium salt of gluconic acid. Sodium gluconate’s E number is E576. Sodium gluconate is widely used in textile dyeing, printing and metal surface water treatment. Sodium gluconate is also used as a chelating agent, a steel surface cleaning agent, a cleaning agent for glass bottles, and as a chelating agent for cement, plating and alumina dyeing industries. Sodium gluconate is a white powder that is very soluble in water. Sodium gluconate is the sodium salt of gluconic acid and is produced by fermentation of glucose. Sodium gluconate It is a white granular, crystalline solid that is very water soluble. Sodium gluconate is non-corrosive, Sodium gluconate is non-toxic, Sodium gluconate is biodegradable and Sodium gluconate is renewable. Sodium gluconate, also called sodium salt of gluconic acid, is produced by fermentation of glucose. The appearance of Sodium gluconate is white crystalline powder, so Sodium gluconate is very soluble in water. And Sodium gluconate has features of non-toxic, non corrosive and readily biodegradable. What’s more, as an important chemical admixture, Sodium gluconate can be widely used in many different fields, such as in concrete, textile industry, oil drilling, soap, cosmetics, toothpaste, etc. If you are going to buy sodium gluconate powder, please contact us to get a free quote online. The following is about its technical specifications.

Sodium gluconate is resistant to oxidation and reduction even at high temperatures. The main feature of sodium gluconate is its excellent chelating power, especially in alkaline and concentrated alkaline solutions. Sodium gluconate forms a balanced chelate with calcium, iron, copper, aluminum and other heavy metals. Sodium gluconate is a superior chelating agent over EDTA, NTA and phosphonates. Sodium gluconate In the field of medicine, it can maintain the acid and alkali balance in the human body and restore the normal functioning of the nerves. Sodium gluconate can be used in the prevention and treatment of the syndrome for low sodium. Sodium gluconate can be used as water quality stabilizer as it has excellent blocking capacity to die. Sodium gluconate is used as a surface cleaner for metals. Sodium gluconate is used as a cleaning agent for glass bottles. Sodium gluconate can also be used in the building industry as a water reducing agent and retarder. Sodium gluconate is also an effective set retarder and a good plasticizer and water reducer for concrete, cement, mortar and gypsum. Sodium gluconate Food: Used in dairy products, diet foods, herb and spice blends, meat products. Sodium gluconate Medicines: Injections. Sodium gluconate Personal care: Sodium gluconate is used in dental (dental) care, skin care, toiletries. Sodium gluconate Cleaners, detergents: Used in dishwashing detergents, household cleaning materials, industrial cleaning materials Industrial applications: Agricultural chemicals, construction chemicals, ink / dyes / dyes, metal finishing, paper auxiliaries, photo chemicals, textile auxiliaries, water conditioning . Sodium Gluconate is the sodium salt of gluconic acid specifically designed for high water-reducing additives. Sodium Gluconate is used in highly water reducing additive formulations where good workability and consistency retention are required Sodium gluconate is the sodium salt of gluconic acid with binding property. Sodium gluconate prevents chemical reactions by forming stable complexes with chelates and various ions.

Commercial production of sodium gluconate: It has been observed that the production of technical grade sodium gluconate from a liquid gluconic acid-sodium gluconate composition of the type described in a plant scale by neutralization gives a thickened or tan product, not the desired white colored product. trace impurities are caused by possible carbohydrates and heat treatment in the drying process.

As a result, technical grade sodium gluconate, which is tan colored instead of white, is produced, which is preferable from an appearance point of view while not impairing the efficacy of the product.

It is possible to separate pure sodium gluconate by crystallization, but it is somewhat more expensive and it is also preferable to produce a sodium gluconate by directly evaporating an aqueous solution of sodium gluconate while avoiding discoloration of the resulting solid product.

Sodium gluconate is an organic sodium salt with D-gluconate as a counter ion. sodium gluconate It has a chelator role. sodium gluconate Contains a D-gluconate. Sodium gluconate It is well soluble in water but slightly soluble in ethyl alcohol.

Sodium gluconate has many uses. In the food industry: it is used as a food additive in dairy products, diet foods, spice mixes and meat products. Sodium gluconate E code is E 576.

Sodium gluconate is used in medicine, pharmaceuticals and injections. Sodium gluconate is used in personal care and hygiene products: toothpaste, skin care and toiletries. Sodium gluconate is frequently used in household cleaning products, dishwashing detergents, household cleaning detergents and industrial cleaning materials. In addition, Sodium gluconate is also used in industrial areas. Examples of these are: Sodium gluconate in pesticide chemicals, adhesives, construction chemicals, dye-ink-azo dyestuffs, paper, textile and photochemicals. Sodium gluconate is the sodium salt of gluconic acid produced by the fermentation of glucose. Sodium gluconate It dissolves quickly in water. Sodium gluconate Non-corrosive and non-toxic. Sodium gluconate Forms complexes in heavy metals. CAS number: 527-07-01. Sodium gluconate Molecular formula: C6H11O7Na Sodium gluconate Molar mass: 218.14 g mol-1, Sodium gluconate Appearance: Yellowish White powder, Sodium gluconate Purity: 98.9%, Sodium gluconate Ph: 6.2-7.8, Sodium gluconate Chloride: 0.07%, Sodium gluconate Melting Point: 206 ° C. Sodium gluconate Used in food industry. Sodium gluconate Sodium gluconate Detergent and construction chemicals industries, Agrochemicals, construction chemicals, ink / dyes / dyes, metal finishing, paper Sodium gluconate a, compound, formula NaCl with 6 H 11 O 7. Sodium gluconate, sodium salt and gluconic acid. Its E number is E576. Sodium gluconate is widely used in textile dyeing, printing and metal surface water treatment. Sodium gluconate is also used as a chelating agent, a steel surface cleaning agent, a cleaning agent for glass bottles, and can be used as a chelating agent for cement, coating, and alumina paint industries. It is a white powder that is very soluble in water. Sodium gluconate auxiliaries, photo chemicals, textile auxiliaries, are used in water conditioning. The use of Sodium Gluconate can be determined by chemical properties. Sodium gluconate can also be used in the building industry as a water reducing agent and retarder. Sodium gluconate is also an effective set retarder and a good plasticizer and water reducer for concrete, cement, mortar and gypsum. Sodium gluconate Food: Used in dairy products, diet foods, herb and spice blends, meat products. Sodium gluconate Medicines: Injections. Sodium gluconate Personal care: Sodium gluconate is used in dental (dental) care, skin care, toiletries. Sodium gluconate Cleaners, detergents: Used in dishwashing detergents, household cleaning materials, industrial cleaning materials Industrial applications: Agricultural chemicals, construction chemicals, ink / dyes / dyes, metal finishing, paper auxiliaries, photo chemicals, textile auxiliaries, water conditioning . Sodium Gluconate is the sodium salt of gluconic acid specifically designed for high water-reducing additives. Sodium Gluconate is used in highly water reducing additive formulations where good workability and consistency retention are required Sodium gluconate is the sodium salt of gluconic acid with binding property. Sodium gluconate prevents chemical reactions by forming stable complexes with chelates and various ions.Commercial production of sodium gluconate: It has been observed that the production of technical grade sodium gluconate from a liquid gluconic acid-sodium gluconate composition of the type described in a plant scale by neutralization gives a thickened or tan product, not the desired white colored product. trace impurities are caused by possible carbohydrates and heat treatment in the drying process.

Since Sodium Gluconate uses a wide range, it is important to care whether these problems can be used to achieve effective control so that the control of the effect can be more stable for these conditions. For example, Sodium Gluconate has the role of water retention, which is more prominent in the application of cigarette, often by adding a certain amount of Sodium Gluconate, can effectively prevent moisture loss in tobacco, not easy in use. damage to a fall. So, when using Sodium Gluconate or paying attention to its chemical properties, Sodium Gluconate can have a good effect, but care should be taken to use its conditions in this process. Sodium Gluconate Some storage environments will have a negative impact on performance, which is the need for location attention. Common Sodium Gluconate production methods are electrolytic oxidation, bio-fermentation, heterogeneous catalytic oxidation and homogeneous oxidation. Sodium Gluconate Electrolytic oxidation method is in the electrolytic tank by adding the appropriate electrolyte to the suitable temperature and current density constant current point solution and adding Sodium Gluconate solution. Advantages: overcoming the shortcomings of bio-fermentation and homogeneous chemical oxidation. Disadvantages: energy consumption, easy to control. Sodium Gluconate is rarely used in industrial production..In additive formulations designed for tightly reinforced structural elements such as columns, curtain wall and beams. Sodium Gluconate In additive formulations designed for industrial floors. With Sodium Gluconate Polycarboxylate-based additives, it provides an economical design. Thanks to its organic and inorganic compounds, Sodium gluconate is used in medicine, pharmaceuticals and injections. Sodium gluconate is used in personal care and hygiene products: toothpaste, skin care and toiletries. Sodium gluconate is frequently used in household cleaning products, dishwashing detergents, household cleaning detergents and industrial cleaning materials. In addition, Sodium gluconate is also used in industrial areas. Examples of these are: Sodium gluconate in pesticide chemicals, adhesives, construction chemicals, dye-ink-azo dyestuffs, paper, textile and photochemicals. Sodium gluconate is the sodium salt of gluconic acid produced by the fermentation of glucose. Sodium gluconate It dissolves quickly in water. Sodium gluconate Non-corrosive and non-toxic. Sodium gluconate Forms complexes in heavy metals. CAS number: 527-07-01. Sodium gluconate Molecular formula: C6H11O7Na Sodium gluconate Molar mass: 218.14 g mol-1, Sodium gluconate Appearance: Yellowish White powder, Sodium gluconate Purity: 98.9%, Sodium gluconate Ph: 6.2-7.8, Sodium gluconate Chloride: 0.07%, Sodium gluconate Melting Point: 206 ° C. Sodium gluconate Used in food industry. Sodium gluconate Sodium gluconate Detergent and construction chemicals industries, Agrochemicals, construction chemicals, ink / dyes / dyes, metal finishing, paper Sodium gluconate a, compound, formula NaCl with 6 H 11 O 7. Sodium gluconate, sodium salt and gluconic acid. Its E number is E576. Sodium gluconate is widely used in textile dyeing, printing and metal surface water treatment. Sodium gluconate is also used as a chelating agent, a steel surface cleaning agent, a cleaning agent for glass bottles, and can be used as a chelating agent for cement, coating, and alumina paint industries. Sodium Gluconate is highly compatible with polycarboxylate-based additives, Sodium Gluconate also provides a more economical additive cost.Sodium Gluconate prolongs the setting time of concrete. Sodium Gluconate increases the strength and durability in concrete by reaching the targeted consistency class with a lower water / binder ratio. Sodium Gluconate provides consistency protection for a longer time than reference concrete. Sodium Gluconate It is the sodium salt of gluconic acid produced by the fermentation of glucose. Sodium Gluconate It is a white-burnt, fine-granulated crystalline powder. Sodium Gluconate is very soluble in Water, Sodium Gluconate is non-corrosive Sodium Gluconate is non-toxic and Sodium Gluconate is rapidly biodegradable (about 98% after 2 days). Sodium gluconate is most valuable as a complexing agent.

Sodium gluconate is the sodium salt of gluconic acid and is produced by fermentation of glucose. Sodium gluconate is a white granular, crystalline solid which is very soluble in water. Sodium gluconate is non corrosive, non toxic, biodegradable and renewable. Sodium gluconate is resistant to oxidation and reduction even at high temperatures. The main property of sodium gluconate is its excellent chelating power, especially in alkaline and concentrated alkaline solutions Sodium gluconate forms stable chelates with calcium, iron, copper, aluminium and other heavy metals. Sodium gluconate is a superior chelating agent than EDTA, NTA and phosphonates. In the field of medicine, Sodium gluconate can maintain the balance of acid and alkali in the human body, and recover the normal operation of nerves. Sodium gluconate can be used in the prevention and cure of the syndrome for low sodium. Sodium gluconate can be used as a water quality stabilizer because Sodium gluconate has excellent inhibiting capacity to scale. Sodium Gluconate uses a wide range, it is important to care whether these problems can be used to achieve effective control so that the control of the effect can be more stable for these conditions. For example, Sodium Gluconate has the role of water retention, which is more prominent in the application of cigarette, often by adding a certain amount of Sodium Gluconate, can effectively prevent moisture loss in tobacco, not easy in use. damage to a fall. So, when using Sodium Gluconate or paying attention to its chemical properties, Sodium Gluconate can have a good effect, but care should be taken to use its conditions in this process. Sodium Gluconate Some storage environments will have a negative impact on performance, which is the need for location attention. Common Sodium Gluconate production methods are electrolytic oxidation, bio-fermentation, heterogeneous catalytic oxidation and homogeneous oxidation. Sodium Gluconate Electrolytic oxidation method is in the electrolytic tank by adding the appropriate electrolyte to the suitable temperature and current density constant current point solution and adding Sodium Gluconate solution. Advantages: overcoming the shortcomings of bio-fermentation and homogeneous chemical oxidation. Disadvantages: energy consumption, easy to control. Sodium Gluconate is rarely used in industrial production..In additive formulations designed for tightly reinforced structural elements such as columns, curtain wall and beams. Sodium Gluconate In additive formulations designed for industrial floors. With Sodium Gluconate Polycarboxylate-based additives, it provides an economical design. Thanks to its organic and inorganic compounds, Sodium Gluconate is highly compatible with polycarboxylate-based additives, Sodium Gluconate also provides a more economical additive cost.Sodium Gluconate prolongs the setting time of concrete. Sodium Gluconate increases the strength and durability in concrete by reaching the targeted consistency class with a lower water / binder ratio. Sodium Gluconate provides consistency protection for a longer time than reference concrete. Sodium gluconate is used as surface cleaning agent for metals Sodium gluconate is used as cleaning agent of glass bottles. Sodium gluconate also can be used as water reducing agent and retarder in the building industry. Sodium gluconate is also an efficient set retarder and a good plasticiser & water reducer for concrete, cement, mortar and gypsum. Sodium gluconate acts as a stabilizer, a sequestrant and a thickener when used as a food additive (E576). In the medical field Sodium gluconate can keep the balance of acid and alkali in the human body,and recover the normal operation of nerve. Sodium gluconate can be used in the prevention and cure of syndrome for low sodium. Sodium gluconate is used as a chelating agent to form complexes with metal ions which can influence the stability and appearance of cosmetic products. Sodium gluconate can be used in the prevention and cure of the syndrome for low sodium. Sodium gluconate can be used as a water quality stabilizer because Sodium gluconate has excellent inhibiting capacity to scale. Sodium Gluconate uses a wide range, it is important to care whether these problems can be used to achieve effective control so that the control of the effect can be more stable for these conditions. For example, Sodium Gluconate has the role of water retention, which is more prominent in the application of cigarette, often by adding a certain amount of Sodium Gluconate, can effectively prevent moisture loss in tobacco, not easy in use. damage to a fall. So, when using Sodium Gluconate or paying attention to its chemical properties, Sodium Gluconate can have a good effect, but care should be taken to use its conditions in this process. Sodium Gluconate Some storage environments will have a negative impact on performance, which is the need for location attention. Common Sodium Gluconate production methods are electrolytic oxidation, bio-fermentation, heterogeneous catalytic oxidation and homogeneous oxidation. Sodium Gluconate Electrolytic oxidation method is in the electrolytic tank by adding the appropriate electrolyte to the suitable temperature and current density constant current point solution and adding Sodium Gluconate solution. Advantages: overcoming the shortcomings of bio-fermentation and homogeneous chemical oxidation. Disadvantages: energy consumption, easy to control. Sodium Gluconate is rarely used in industrial production..In additive formulations designed for tightly reinforced structural elements such as columns, curtain wall and beams. Sodium Gluconate In additive formulations designed for industrial floors. With Sodium Gluconate Polycarboxylate-based additives, it provides an economical design. Thanks to its organic and inorganic compounds, Sodium Gluconate is highly compatible with polycarboxylate-based additives, Sodium Gluconate also provides a more economical additive cost.Sodium Gluconate prolongs the setting time of concrete.Sodium gluconate are added to cleansers and shampoos to increase the lather by sequestering hard water ions. Sodium gluconate are also used in oral and dental care products such as toothpaste where Sodium gluconate is used to sequester calcium and helps to prevent gingivitis. Sodium gluconate is commonly found in many household and industrial cleaners. This is because on its multi functionality Sodium gluconate acts as a chelating agent, a sequestering agent, a builder and a redeposition agent. In alkaline cleaners like dishwasher detergents and degreasers Sodium gluconate prevents hard water ions (magnesium and calcium) interfering with the alkalies and allows the cleaner to perform to Sodium gluconate maximum ability. Heterogeneous catalytic oxidation method: Adding a good solution of Sodium Gluconate to the bottle, adding the right amount of catalyst to maintain the temperature, let the solution into the air, to keep the pH concentration in low concentrations constant sodium hydroxide concentration after the solution after the solution treated with Sodium Gluconate. Advantages: Simple, smooth response, easy to control, high conversion rate. Disadvantages: The catalyst was used a certain number of times, the catalytic efficiency decreased, thus the conversion rate decreased.

Sodium Gluconate production technology is one of the many, industrial production technologies, is also more common. Generally, using glucose-containing substances (such as cereals) as raw materials in industry, using fermentation with glucose gluconic acid first, and then neutralizing with sodium hydroxide, obtaining Sodium Gluconate, Electrolysis can also be used and oxidation synthesis. Most of our chemical oxidation use – sub-bromine oxidation production synthesis. Depending on the type of fermentation enzymes used, the fermentation method can be divided into two hours: one, the second rule, by dehydrogenation of glucose to form the enzyme, another acid, lactone, and then the ester decomposition. Sodium Gluconate, cooling water system, low pressure boiler, etc. It is widely used as a water quality stabilizer in many areas such as. Sodium Gluconate has pronounced coordination effect. It can be applied to various formulas such as molybdenum, silicon, phosphorus, tungsten and nitrite. Sodium Gluconate would greatly increase the corrosion inhibition effect through the effect of coordination effect. Sodium Gluconate meets the technical requirements of lime prevention abilities. Sodium gluconate is used to sequester calcium and helps to prevent gingivitis. Sodium gluconate is commonly found in many household and industrial cleaners. Sodium Gluconate has the role of water retention, which is more prominent in the application of cigarette, often by adding a certain amount of Sodium Gluconate, can effectively prevent moisture loss in tobacco, not easy in use. damage to a fall. So, when using Sodium Gluconate or paying attention to its chemical properties, Sodium Gluconate can have a good effect, but care should be taken to use its conditions in this process. Sodium Gluconate Some storage environments will have a negative impact on performance, which is the need for location attention. Common Sodium Gluconate production methods are electrolytic oxidation, bio-fermentation, heterogeneous catalytic oxidation and homogeneous oxidation. Sodium Gluconate Electrolytic oxidation method is in the electrolytic tank by adding the appropriate electrolyte to the suitable temperature and current density constant current point solution and adding Sodium Gluconate solution. Advantages: overcoming the shortcomings of bio-fermentation and homogeneous chemical oxidation. Disadvantages: energy consumption, easy to control. Sodium Gluconate is rarely used in industrial production..In additive formulations designed for tightly reinforced structural elements such as columns, curtain wall and beams. Sodium Gluconate In additive formulations designed for industrial floors. With Sodium Gluconate Polycarboxylate-based additives, it provides an economical design. Thanks to its organic and inorganic compounds, Sodium Gluconate is highly compatible with polycarboxylate-based additives, Sodium Gluconate also provides a more economical additive cost.Sodium Gluconate prolongs the setting time of concrete. Sodium Gluconate increases the strength and durability in concrete by reaching the targeted consistency class with a lower water / binder ratio. Sodium Gluconate provides consistency protection for a longer time than reference concrete. Sodium gluconate is used as surface cleaning agent for metals Sodium gluconate is used as cleaning agent of glass bottles. Sodium gluconate also can be used as water reducing agent and retarder in the building industry. Sodium gluconate is also an efficient set retarder and a good plasticiser & water reducer for concrete, cement, mortar and gypsum. Sodium gluconate acts as a stabilizer, a sequestrant and a thickener when used as a food additive (E576). In the medical field Sodium gluconate can keep the balance of acid and alkali in the human body,and recover the normal operation of nerve. Sodium gluconate can be used in the prevention and cure of syndrome for low sodium. Sodium gluconate is used as a chelating agent to form complexes with metal ions which can influence the stability and appearance of cosmetic products. This is because on its multi functionality Sodium gluconate acts as a chelating agent, a sequestering agent, a builder and a redeposition agent. In alkaline cleaners like dishwasher detergents and degreasers Sodium gluconate prevents hard water ions (magnesium and calcium) interfering with the alkalies and allows the cleaner to perform to Sodium gluconate maximum ability. Heterogeneous catalytic oxidation method: Adding a good solution of Sodium Gluconate to the bottle, adding the right amount of catalyst to maintain the temperature, let the solution into the air, to keep the pH concentration in low concentrations constant sodium hydroxide concentration after the solution after the solution treated with Sodium Gluconate. Sodium Gluconate has strong complexing capacity in Ca, Mg and Fe salts and has an excellent chelating effect especially on Fe3 +. As a corrosion and scale inhibitor for the circulation of cooling water, Sodium Gluconate is superior to other corrosion and scale inhibitors currently used, and Sodium Gluconate can provide the effect of relieving public nuisance. Sodium gluconate used in some steel surface cleaning agents

Sodium Gluconate is also used as a cleaning agent that cleans the surface of steel. With the help of Sodium Gluconate, the coating material and the steel surface will be firmly bonded. If the steel surfaces are required to be plated with platinum, chromium, tin and nickel for special uses, all the coating and steel surfaces of the billet should be washed completely to bond tightly. It will show an excellent effect with the help of sodium gluconate in cleaning agents. Sodium Gluconate can be added to some cleaning agents, especially by cleaning glass bottles:

Sodium Gluconate can also be used for industrial fields such as electroplating, film manufacturing.

Sodium Gluconate is non-toxic, Sodium Gluconate present in water and its chelates with heavy metal ions can be rapidly and completely degraded by ordinary biochemical processes. Heavy metal ions released during the decomposition process can be removed by sedimentation or adsorption on the sludge formed during wastewater treatment. Sodium Gluconate is very widely used in chemical industry, it can be used in construction, printing, textile and other industries, it is necessary to look at the properties of Sodium Gluconate and apply it. Sodium Gluconate Can be used as steel first. Sodium Gluconate surface cleaning agent; It can also be used as a second cement additive; It can also be used in the construction industry, Sodium Gluconate can be used as a blending agent in concrete, its function in concrete is as follows: Sodium Gluconate Water reducing agent and retarder. Sodium Gluconate is often used alone, but can also be used in combination with other retardants such as carbohydrates and phosphates. Sodium Gluconate is the sodium salt of Gluconic Acid. Sodium Gluconate is used in numerous applications, but mainly as a chelating agent. Sodium Gluconate is also a highly efficient set retarder and a good plasticizer / water reducer for concrete, mortar and gypsum. Sodium Gluconate can be used for cleaning metal and glass materials in applications such as bottle cleaning, food service and cutlery cleaning, cleaning food processing equipment and paint cleaning. Sodium Gluconate, sodium salt of gluconic acid with a formula C6H11NaO7. Sodium gluconate forms stable complexes with various ions that prevent them from entering chemical reactions. Sodium gluconate is produced by fermentation of glucose. Sodium gluconate It is white, a granular, fine-grained, crystalline powder that is very soluble in water. Sodium gluconate Non-corrosive, Sodium gluconate non-toxic and readily biodegradable (98% after 2 days), sodium gluconate is more appreciated as a chelating agent. The outstanding property of sodium gluconate is its excellent chelating power, especially in alkaline and concentrated alkaline solutions. Sodium gluconate forms stable chelates with calcium, iron, copper, aluminum and other heavy metals and in this regard surpasses all other chelating agents such as EDTA, NTA and related compounds. Aqueous sodium gluconate solutions, Sodium gluconate is resistant to oxidation and reduction even at high temperatures. However, Sodium gluconate is readily biodegradable (98% after 2 days) and therefore no waste water problem. Sodium gluconate and finally, at least, has the ability to inhibit bitterness in foodstuffs. Sodium gluconate is mostly made to produce sodium gluconate gluconic acid by aerobic fermentation of a sugar that may come from sugar or beet. The fermentation product, gluconic acid, is neutralized to form sodium gluconate. Sodium gluconate Widely used in industry, cleaning agent, additive, water reducer, retarder, water stabilizer and medicine etc. It can be used as. Sodium gluconate To adapt to special use such as tin plate, galvanized plate, chrome plated surface (electricity) production, steel surfaces such as plating, chrome, nickel, tin needs Strict cleaning, tightly combining the coating and the steel surface, then sodium By adding gluconate, it will affect the cleaning agent very well. Adding a certain amount of sodium gluconate to cement concrete can increase the plasticity and strength and prolong the effect of blocking, i.e. the delayed starting and final setting time of the concrete. Sodium gluconate as reducing agent through access to effects of added sodium gluconate. Sodium gluconate can significantly delay the beginning and end of the concrete setting time. Sodium Gluconate surface cleaning agent; It can also be used as a second cement additive; It can also be used in the construction industry, Sodium Gluconate can be used as a blending agent in concrete, its function in concrete is as follows: Sodium Gluconate Water reducing agent and retarder. Sodium Gluconate is often used alone, but can also be used in combination with other retardants such as carbohydrates and phosphates. Sodium Gluconate is the sodium salt of Gluconic Acid. Sodium Gluconate is used in numerous applications, but mainly as a chelating agent. Sodium Gluconate is also a highly efficient set retarder and a good plasticizer / water reducer for concrete, mortar and gypsum. Sodium Gluconate can be used for cleaning metal and glass materials in applications such as bottle cleaning, food service and cutlery cleaning, cleaning food processing equipment and paint cleaning. Sodium Gluconate, sodium salt of gluconic acid with a formula C6H11NaO7. Sodium gluconate forms stable complexes with various ions that prevent them from entering chemical reactions. Sodium gluconate is produced by fermentation of glucose. Sodium gluconate It is white, a granular, fine-grained, crystalline powder that is very soluble in water. When the dosage is below 0.15%, the logarithmic and initial solidification time amount is proportional, i.e. doubling, first solidification time delay ten times, which strengthens the working time from several hours to several days. Because sodium gluconate has excellent inhibiting effect, it is widely used for water quality stabilizer such as circulating cooling water system of petrochemical enterprises, low pressure boiler, engine cooling water system treatment agent. Sodium gluconate has a pronounced coordination effect that is specific. Sodium gluconate is suitable for molybdenum, tungsten, silicon, phosphorus, nitrite and other formulas, as the coordination effect, corrosion prevention effect is greatly improved. Sodium gluconate Corrosion rate increases with increasing temperature. Sodium gluconate with increasing temperature and corrosion rate caused general corrosion inhibitor, even loss of function.

But, on the contrary, sodium gluconate increased with a certain range of corrosion rate, temperature rise, scale inhibition ability of calcium, magnesium, iron salts: it has strong complex ability, so scale blocking ability is very strong, sodium gluconate is excellent chelation especially on Fe3 + Even internal PH has a wide role. The use of sodium gluconate as a circulation cooling water corrosion inhibitor, currently used by the scale and other advantages of corrosion inhibitor, and eliminate pollution incomparable. Sodium gluconate With its excellent complexing properties in alkaline and concentrated alkaline solutions, as a set retarder, plasticizer / water reducer and bitterness, sodium gluconate finds use in food, cosmetics-detergent, medicine and many industries. Sodium gluconate can bind excess calcium, iron and heavy metal ions, so it is widely used in the food industry. Sodium gluconate is also used as a component of industrial detergents. Sodium gluconate Due to its combination of complexing, dispersion, anticorrosive properties, stability in a strong alkaline medium and good solubility, sodium gluconate is an excellent complexing agent for forming alkaline cultures. Detergents containing sodium gluconate are used in the dairy and glass industries as well as in the brewing industry as a tool to scale out. Sodium gluconate In steel production, the use of sodium gluconate improves the condition of metals, preventing the accumulation of salts on their surfaces. Washing tare and equipment with solutions containing sulfamic acid and sodium gluconate removes traces of mineral and organic deposits on surfaces and prevents calcium accumulation. Sodium gluconate is added as an additive to cement in the oil industry and also to the solution used in production wells. Sodium gluconate is used in metallurgy as a chelating agent that binds metal ions together and facilitates the separation of the precipitate during the leaching process. Sodium gluconate Uses: Sodium Gluconate, Calcium Gluconate, Zinc Gluconate, nutritional salt supplement. It is very easy to see in the verbal solutions of pharmacies and TV commercials. Sodium Gluconate, Calcium Gluconate, Zinc Gluconate formulations are used to fight against Sodium, Calcium, Zinc deficiency. These are all important Micro-Mineral substances. It is easier to absorb in our body. Sodium gluconate They can also be used for injections. Sodium gluconate is the sodium salt of gluconic acid and is produced by fermentation of glucose. Sodium gluconate is a white granular, crystalline solid that is very soluble in water. Sodium gluconate is non-corrosive, non-toxic, biodegradable and renewable. Sodium gluconate is resistant to oxidation and reduction even at high temperatures. The main feature of sodium gluconate is its excellent chelating power, especially in alkaline and concentrated alkaline solutions.

It forms stable chelates with sodium gluconate, calcium, iron, copper, aluminum and other heavy metals. Sodium gluconate is a superior chelating agent to EDTA, NTA and phosphonates. In the medical field, Sodium gluconate can maintain the acid and alkali balance in the human body and restore the normal functioning of the nerves. Sodium gluconate can be used in the prevention and improvement of low sodium syndrome. Sodium gluconate can be used as a water quality stabilizer because Sodium gluconate has excellent scaling capacity. Sodium gluconate is used as a surface cleaning agent for metals. Sodium gluconate is used as a cleaning agent for glass bottles. Sodium gluconate can also be used as a water reducer and retarder in the construction industry. Sodium gluconate is also an effective set retarder and a good plasticizer and water reducer for concrete, cement, mortar and gypsum. Sodium gluconate, when used as a food additive, acts as a stabilizer, sequester and thickener (E576). Sodium gluconate helps to break down scale, milkstone and beerstone. As a result Sodium gluconate finds application in many acid based cleaners especially those formulated for use in the food industry. Sodium gluconate is used in electroplating and metal finishing because of its strong affinity for metal ions. Acting as a sequestrant Sodium gluconate stabilises the solution preventing impurities from triggering undesirable reactions in the bath. It forms stable chelates with sodium gluconate, calcium, iron, copper, aluminum and other heavy metals. Sodium gluconate is a superior chelating agent to EDTA, NTA and phosphonates. In the medical field, Sodium gluconate can maintain the acid and alkali balance in the human body and restore the normal functioning of the nerves. Sodium gluconate can be used in the prevention and improvement of low sodium syndrome. Sodium gluconate can be used as a water quality stabilizer because Sodium gluconate has excellent scaling capacity. Sodium gluconate is used as a surface cleaning agent for metals. Sodium gluconate is added as an additive to cement in the oil industry and also to the solution used in production wells. Sodium gluconate is used in metallurgy as a chelating agent that binds metal ions together and facilitates the separation of the precipitate during the leaching process. Sodium gluconate Uses: Sodium Gluconate, Calcium Gluconate, Zinc Gluconate, nutritional salt supplement. It is very easy to see in the verbal solutions of pharmacies and TV commercials. Sodium Gluconate, Calcium Gluconate, Zinc Gluconate formulations are used to fight against Sodium, Calcium, Zinc deficiency. These are all important Micro-Mineral substances. It is easier to absorb in our body. Sodium gluconate can also be used for injections. Sodium gluconate is the sodium salt of gluconic acid and is produced by fermentation of glucose. Sodium gluconate is a white granular, crystalline solid that is very soluble in water. Sodium gluconate is non-corrosive, non-toxic, biodegradable and renewable. Sodium gluconate is resistant to oxidation and reduction even at high temperatures. The main feature of sodium gluconate is its excellent chelating power, especially in alkaline and concentrated alkaline solutions.

Sodium gluconate helps as a soil remover for laundry detergents as Sodium gluconate breaks the calcium bond holding the dirt to the fabric and further prevents the soil redepositing onto the fabric again. Sodium gluconate helps to protect metals like stainless steel when strong caustic based cleaners are used. Sodium gluconate helps to break down scale, milkstone and beerstone. As a result Sodium gluconate finds application in many acid based cleaners especially those formulated for use in the food industry. Sodium gluconate is used in electroplating and metal finishing because of its strong affinity for metal ions. Acting as a sequestrant Sodium gluconate stabilises the solution preventing impurities from triggering undesirable reactions in the bath. It forms stable chelates with sodium gluconate, calcium, iron, copper, aluminum and other heavy metals. Sodium gluconate is a superior chelating agent to EDTA, NTA and phosphonates. In the medical field, Sodium gluconate can maintain the acid and alkali balance in the human body and restore the normal functioning of the nerves. Sodium gluconate can be used in the prevention and improvement of low sodium syndrome. Sodium gluconate can be used as a water quality stabilizer because Sodium gluconate has excellent scaling capacity. Sodium gluconate is used as a surface cleaning agent for metals. Sodium gluconate is used as a cleaning agent for glass bottles. Sodium gluconate can also be used as a water reducer and retarder in the construction industry. Sodium gluconate is also an effective set retarder and a good plasticizer and water reducer for concrete, cement, mortar and gypsum. Sodium gluconate, when used as a food additive, acts as a stabilizer, sequester and thickener (E576). SThe chelation properties of gluconate assist in the deterioration of the anode thus increasing plating bath efficiency. Sodium gluconate can be used in copper, zinc and cadmium plating baths for brightening and increasing luster. Sodium gluconate is used in agrochemicals and in particular fertilisers. Sodium gluconate helps plants and crops to absorb necessary minerals from the soil. Sodium gluconate is used in the paper and pulp industries where Sodium gluconate chelates out metallic ions which cause problems in the peroxide and hydrosulphite bleaching processes. In the medical field, Sodium gluconate can maintain the acid and alkali balance in the human body and restore the normal functioning of the nerve. Sodium gluconate can be used to prevent and cure the syndrome for low sodium. Sodium gluconate is used as a chelating agent to form complexes with metal ions that can affect the stability and appearance of cosmetic products. Sodium gluconate is added to cleansers and shampoos, increasing the foam by separating the hard water ions. Sodium gluconate is also used in oral and dental care products such as toothpaste, where sodium gluconate is used to help retain calcium and prevent gingivitis. Sodium gluconate is widely available in many household and industrial cleaners. This is because due to its multifunctionality, Sodium gluconate functions as a chelating agent, a chelating agent, a builder and a reprecipitating agent. In alkaline cleaners such as dishwasher detergents and oil solvents, Sodium gluconate prevents hard water ions (magnesium and calcium) from interfering with alkalis and allows the cleaner to maximum performance of Sodium gluconate Usage of Sodium Gluconate: Pharmaceutical and food production field: Pharma grade Sodium Gluconate pharmaceutical grade, Sodium gluconate is used in electroplating and metal finishing because of its strong affinity for metal ions. Acting as a sequestrant Sodium gluconate stabilises the solution preventing impurities from triggering undesirable reactions in the bath. The chelation properties of gluconate assist in the deterioration of the anode thus increasing plating bath efficiency. Sodium gluconate can be used in copper, zinc and cadmium plating baths for brightening and increasing luster. Sodium gluconate is used in agrochemicals and in particular fertilisers. Sodium gluconate helps plants and crops to absorb necessary minerals from the soil. Sodium gluconate is used in the paper and pulp industries where Sodium gluconate chelates out metallic ions which cause problems in the peroxide and hydrosulphite bleaching processes. Sodium gluconate helps plants and crops to absorb necessary minerals from the soil. Sodium gluconate is used in the paper and pulp industries where Sodium gluconate chelates out metallic ions which cause problems in the peroxide and hydrosulphite bleaching processes. Sodium gluconate is used as a concrete admix. Sodium gluconate offers several benefits including improved workability, retarding setting times, reducing water, improved freeze-thawing resistance, reduced bleeding, cracking and dry shrinkage. When added at a level of 0.3% sodium gluconate can retard setting time of cement to over 16 hours depending on ratio of water and cement, temperature etc. As a result Sodium gluconate finds application in many acid based cleaners especially those formulated for use in the food industry. Sodium gluconate is used in electroplating and metal finishing because of its strong affinity for metal ions. Acting as a sequestrant Sodium gluconate stabilises the solution preventing impurities from triggering undesirable reactions in the bath. It forms stable chelates with sodium gluconate, calcium, iron, copper, aluminum and other heavy metals. Sodium gluconate is a superior chelating agent to EDTA, NTA and phosphonates. In the medical field, Sodium gluconate can maintain the acid and alkali balance in the human body and restore the normal functioning of the nerves. Sodium gluconate can be used in the prevention and improvement of low sodium syndrome. Sodium gluconate can be used as a water quality stabilizer because Sodium gluconate has excellent scaling capacity. Sodium gluconate is used as a surface cleaning agent for metals. Sodium gluconate is used as a cleaning agent for glass bottles. Sodium gluconate can also be used as a water reducer and retarder in the construction industry. Sodium gluconate is also an effective set retarder and a good plasticizer and water reducer for concrete, cement, mortar and gypsum. As Sodium gluconate acts as a corrosion inhibitor Sodium gluconate helps to protect iron bars used in concrete from corrosion. When sodium gluconate is present in water above 200ppm it protects steel and copper from corrosion. Sodium gluconate is used as a concrete admix. Sodium gluconate offers several benefits including improved workability, retarding setting times, reducing water, improved freeze-thawing resistance, reduced bleeding, cracking and dry shrinkage. When added at a level of 0.3% sodium gluconate can retard setting time of cement to over 16 hours depending on ratio of water and cement, temperature etc. As Sodium gluconate acts as a corrosion inhibitor Sodium gluconate helps to protect iron bars used in concrete from corrosion. When sodium gluconate is present in water above 200ppm it protects steel and copper from corrosion. Water pipes and tanks composed of these metals are prone to corrosion and pitting caused by dissolved oxygen in the circulation water. This leads to cavitation and degradation of the equipment. The sodium gluconate reacts with the metal producing a protective film of the gluconate salt of the metal eliminating the possibility of the dissolved oxygen to come into direct contact with the metal.

In addition sodium gluconate is added to deicing compounds like salt and calcium chloride which are corrosive. Sodium gluconate helps protect metal surfaces from being attacked by the salts but not deterring from the salt’s ability to dissolve ice and snow. Sodium gluconate is the sodium salt of gluconic acid. Sodium gluconate is a colorless powder that is soluble in water. Sodium gluconate is used as a natural preservative. Sodium gluconate prevents the growth of microbes in our products to keep them safe for our consumers. Sodium gluconate also works as a chelator (or sequestrant) which helps cleansing products to foam better in hard water. It is widely used to adjust the acid-base balance to prevent low sodium syndrome. Sodium Gluconate raw material is a good food additive. Sodium Gluconate, when used in medicine, adjusts the acid-base balance in the human body to restore the normal function of the nerves. Sodium gluconate can be used in copper, zinc and cadmium plating baths for brightening and increasing luster. Sodium gluconate is used in agrochemicals and in particular fertilisers. Sodium gluconate helps plants and crops to absorb necessary minerals from the soil. Sodium gluconate is used in the paper and pulp industries where Sodium gluconate chelates out metallic ions which cause problems in the peroxide and hydrosulphite bleaching processes. Sodium gluconate is used as a concrete admix. Sodium gluconate offers several benefits including improved workability, retarding setting times, reducing water, improved freeze-thawing resistance, reduced bleeding, cracking and dry shrinkage. When added at a level of 0.3% sodium gluconate can retard setting time of cement to over 16 hours depending on ratio of water and cement, temperature etc. As Sodium gluconate acts as a corrosion inhibitor Sodium gluconate helps to protect iron bars used in concrete from corrosion. Sodium gluconate stabilises the solution preventing impurities from triggering undesirable reactions in the bath. The chelation properties of gluconate assist in the deterioration of the anode thus increasing plating bath efficiency. Sodium gluconate can be used in copper, zinc and cadmium plating baths for brightening and increasing luster. Sodium gluconate is used in agrochemicals and in particular fertilisers. Sodium gluconate helps plants and crops to absorb necessary minerals from the soil. Sodium gluconate is used in the paper and pulp industries where Sodium gluconate chelates out metallic ions which cause problems in the peroxide and hydrosulphite bleaching processes. Sodium gluconate is used as a concrete admix. Sodium gluconate offers several benefits including improved workability, retarding setting times, reducing water, improved freeze-thawing resistance, reduced bleeding, cracking and dry shrinkage. When added at a level of 0.3% sodium gluconate can retard setting time of cement to over 16 hours depending on ratio of water and cement, temperature etc. As Sodium gluconate acts as a corrosion inhibitor Sodium gluconate helps to protect iron bars used in concrete from corrosion. When sodium gluconate is present in water above 200ppm it protects steel and copper from corrosion. Sodium gluconate is used in food additives for the same purpose. Sodium Gluconate can be used as cement blend, cement additive. By adding sodium gluconate, the initial solidification time of the cement is prolonged. Then the shelf life is extended. After a certain amount of sodium gluconate is added to the cement, the flexibility and strength of the concrete increases significantly.Sodium Gluconate works as a water quality stabilizer.

SODIUM GLUCONATE

Table of Contents

SODIUM GLUCONATE

Explore:

EXPLORE

INFORMATIONS

NEWSLETTER