PHOSPHINO CARBOXYLIC ACID 50% (FOSFNO KARBOKSLK AST% 50)

CAS No.: 71050-62-9

EC No.: 615-245-4

Synonyms:

FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; PCA; POCA; phosphino carboxylic acid; Phosphino Carboxilic Acid (PCA); dispersant PCA; Copolymer of Phosphono and carboxylic Acid; phosphinocarboxylic acid; 71050-62-9; 23636-66-0; Phosphanecarboxylic acid; CTK1A2745; DTXSID00559205; Phosphoranecarboxylicacid (8CI,9CI); ZINC113998343; belsperse 164; PCA; phosphino carboxylic acid; Poly (acrylic acid-co-hypophosphite) sodium salt; Phosphino Carboxilic Acid (PCA); Phosphino Carboxylic Acid(PCA); 2-Propenoic acid,polyMer with sodiuM phosphinate (1:1); FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; Phaseolus coccineus agglutinin; 2-Propenoic acid, polymer with sodium phosphinate; 2-Propenoic acid-sodium phosphinate copolymer; Acrylic acid sodium phosphinate polymer; Acrylic acid, sodium hypophosphite polymer; Acrylic acid-sodium hypophosphite copolymer; Phosphino Carboxylic Acid; Acrylic acid-sodium phosphinate copolymer; Phosphinic acid, sodium salt, polymer with 2-propenoic acid; 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dispersant PCA; Copolymer of Phosphono and carboxylic Acid; phosphinocarboxylic acid; 71050-62-9; 23636-66-0; Phosphanecarboxylic acid; CTK1A2745; DTXSID00559205; FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; Phosphoranecarboxylicacid (8CI,9CI); ZINC113998343; belsperse 164; PCA; Phosphino Carboxylic Acid %50; Poly (acrylic acid-co-hypophosphite) sodium salt; Phosphino Carboxilic Acid (PCA); Phosphino Carboxylic Acid %50(PCA); 2-Propenoic acid,polyMer with sodiuM phosphinate (1:1); Phaseolus coccineus agglutinin; 2-Propenoic acid, polymer with sodium phosphinate; 2-Propenoic acid-sodium phosphinate copolymer; Acrylic acid sodium phosphinate polymer; Acrylic acid, sodium hypophosphite polymer; Acrylic acid-sodium hypophosphite copolymer; Phosphino Carboxylic Acid %50; Acrylic acid-sodium phosphinate copolymer; Phosphinic acid, sodium salt, polymer with 2-propenoic acid; Poly(acrylic acid-co-hypophosphite), sodium salt; Sodium hypophosphite-acrylic acid copolymer; 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2-Propenoic acid,polyMer with sodiuM phosphinate (1:1); PCA; Belsperse 164; Phosphino Carboxylic Acid %50; 2-Propenoicacid, polymer with sodium phosphinate (9CI); Phosphinic acid, sodium salt,polymer with 2-propenoic acid (9CI); Phosphino Carboxylic Acid %50; belsperse 164; phosphinocarboxylic acid; 71050-62-9; 23636-66-0; Phosphanecarboxylic acid; CTK1A2745; DTXSID00559205; Phosphoranecarboxylicacid (8CI,9CI); ZINC113998343; METATAGS; Phosphino Carboxilic Acid; PCA; POCA; Phosphino Carboxylic Acid %50; Phosphino Carboxilic Acid (PCA) ; dispersant PCA; Copolymer of Phosphono and carboxylic Acid; Phosphino-Carboxylic Acid(PCA); FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; Belsperse; Belclene; 2-Propenoic acid, polymer with sodium phosphinate (1:1); Dispersants / Deflocculants , Scale Inhibitors ,belsperse 164; Phosphino Carboxylic Acid %50; Phaseolus coccineus agglutinin; 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Fosfino Karboksilik Asit% 50; FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; FOSFNO KARBOKSLK AST% 50; Fosfino Karboksilik Asit% 50; Biochemicals; Phosphonylation; Dequest; scale inhibitors; Boiler Sludge PCA; PCA supplier; 2-Propenoic acid, polymer with sodium phosphinate; 2-Propenoic acid-sodium phosphinate copolymer; Phosphino Carboxylic Acid %50; Phosphino Carboxylic Acid %50; Phosphino Carboxylic Acid %50; Acrylic acid-sodium hypophosphite copolymer; Acrylic acid-sodium phosphinate copolymer; Phosphinic acid, sodium salt, polymer with 2-propenoic acid; Poly(acrylic acid-co-hypophosphite), sodium salt; Sodium hypophosphite-acrylic acid copolymer ; 2-Propenoic acid, polymer with sodium phosphinate; 2-Propenoic acid, polymer with sodium phosphinate (1:1); Poly (acrylic acid-co-hypophosphite) sodium salt; belsperse 164; PCA; Phosphino Carboxylic Acid %50; Poly (acrylic acid-co-hypophosphite) sodium salt; Acrylic acid; sodium hypophosphite; Poly(acrylic acid-co-hypophospite),sodium salt; 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PHOSPHINO CARBOXYLIC ACID 50%

Phosphino Carboxylic Acid %50

Properties:

Phosphino Carboxylic Acid %50 (PCA) associates characteristics of phosphonates as well as polyacrylates. The function is to provide a special equilibrium of limit inhibition and also dispersancy. The PCA has good tolerance to chlorine. And it is also compatible with a lot of microbiological control agents.

One more thing to note, Phosphino Carboxylic Acid %50 (PCA) can not be affected by chlorine or other oxidizing biocides in standard.

Phosphino Carboxylic Acid %50

Mechanism of Action:

Phosphino Carboxylic Acid %50 inhibits scale buildup on surfaces through at least three mechanisms. (More details, click here.)

Phosphino Carboxylic Acid %50 (PCA)

Connect Chemicals is well recognized in the market as expert and capable partner for water treatment additives. Thanks to Connect Chemicals engineer experience we’ve developed a polymers series for water treatment including our Phosphino Carboxylic Acid %50 (PCA).

Phosphino Carboxylic Acid %50 (PCA) provides greater flexibility and better performance in developing multiple antiscalant programs for a variety of scales found in boiler systems, foods plants, and cleaning applications.

Phosphino Carboxylic Acid %50 (PCA) is a multifunctional product that provides the benefits of many separate products, including:

Phosphino Carboxylic Acid %50 (PCA) is soluble/miscible in Water and Ethylene glycol in all proportions.

The product is soluble in Caustic Soda (46%). If diluted with Methanol, a precipitation may occur.

pH range:

Phosphino Carboxylic Acid %50 (PCA) can be used without pH limitations. It does not form insoluble sodium or potassium salts. The product is hydrolytically stable and can be incorporated into concentrated formulations regardless of the final pH.

Temperature:

Phosphino Carboxylic Acid %50 (PCA) is stable at temperatures up to 200°C.

Oxidizing agent:

Phosphino Carboxylic Acid %50 (PCA) is not affected by chlorine or other oxidizing biocides in standard

Phosphino Carboxylic Acid %50 (PCA) (CAS 71050-62-9) Market Research Report 2017 – Research and Markets

The “Phosphino Carboxylic Acid %50 (PCA) (CAS 71050-62-9) Market Research Report 2017” report has been added to Research and Markets’ offering.

“Phosphino Carboxylic Acid %50 (PCA) (CAS 71050-62-9) Market Research Report 2017”

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This Global Report 2017 is a result of industry experts’ diligent work on researching the world market of Phosphino Carboxylic Acid %50 (PCA). The report helps to build up a clear view of the market (trends and prospects), identify major players in the industry, and estimate main downstream sectors.

The first chapter introduces the product by providing review of the most of its characteristics (composition, structure, hazards, storage, toxicological & ecological information, etc.). The second chapter focuses on Phosphino Carboxylic Acid %50 (PCA) end-uses, the third one gives summary on a number of patents. The fourth chapter deals with Phosphino Carboxylic Acid %50 (PCA) market trends review, distinguish Phosphino Carboxylic Acid %50 (PCA) manufacturers and suppliers. The chapter 5 summarizes Phosphino Carboxylic Acid %50 (PCA) prices data. The last chapter analyses Phosphino Carboxylic Acid %50 (PCA) downstream markets.

The Phosphino Carboxylic Acid %50 (PCA) global market report 2017 key points:

Phosphino Carboxylic Acid %50 (PCA) description, its application areas and related patterns

Phosphino Carboxylic Acid %50 (PCA) market situation

Phosphino Carboxylic Acid %50 (PCA) manufacturers and distributors

Phosphino Carboxylic Acid %50 (PCA) prices (by region and provided by market players)

Phosphino Carboxylic Acid %50 (PCA) end-uses breakdown

Phosphino Carboxylic Acid %50 (PCA) downstream industries trends

Key Topics Covered:

1. Phosphino Carboxylic Acid %50 (PCA) GENERAL INFORMATION

1.1. General information, synonyms

1.2. Composition, chemical structure

1.3. Safety information

1.4. Hazards identification

1.5. Handling and storage

2. Phosphino Carboxylic Acid %50 (PCA) APPLICATION

3. Phosphino Carboxylic Acid %50 (PCA) PATENTS

4. Phosphino Carboxylic Acid %50 (PCA) MARKET WORLDWIDE

4.1. General Phosphino Carboxylic Acid %50 (PCA) market situation, trends

4.2. Manufacturers of Phosphino Carboxylic Acid %50 (PCA)

4.3. Suppliers of Phosphino Carboxylic Acid %50 (PCA)

4.4. Phosphino Carboxylic Acid %50 (PCA) market forecast

Product Description

Phosphino Carboxylic Acid %50 (PCA) is not affected by chlorine or other oxidizing biocides in standard.

Phosphino Carboxylic Acid %50

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Structure of a Phosphino Carboxylic Acid %50

Carboxylate Anion

3D structure of a Phosphino Carboxylic Acid %50

A Phosphino Carboxylic Acid %50 is an organic compound that contains a carboxyl group (C(=O)OH)[1] attached to an R-group. The general formula of a Phosphino Carboxylic Acid %50 is R–COOH, with R referring to the alkyl group. Phosphino Carboxylic Acid %50s occur widely. Important examples include the amino acids and fatty acids. Deprotonation of a Phosphino Carboxylic Acid %50 gives a carboxylate anion.

Examples and nomenclature

Phosphino Carboxylic Acid %50s are commonly identified by their trivial names. They often have the suffix -ic acid. IUPAC-recommended names also exist; in this system, Phosphino Carboxylic Acid %50s have an -oic acid suffix.[2] For example, butyric acid (C3H7CO2H) is butanoic acid by IUPAC guidelines. For nomenclature of complex molecules containing a Phosphino Carboxylic Acid %50, the carboxyl can be considered position one of the parent chain even if there are other substituents, such as 3-chloropropanoic acid. Alternately, it can be named as a “carboxy” or “Phosphino Carboxylic Acid %50” substituent on another parent structure, such as 2-carboxyfuran.

The carboxylate anion (R–COO− or RCO2−) of a Phosphino Carboxylic Acid %50 is usually named with the suffix -ate, in keeping with the general pattern of -ic acid and -ate for a conjugate acid and its conjugate base, respectively. For example, the conjugate base of acetic acid is acetate.

Carbonic acid, which occurs in bicarbonate buffer systems in nature, is not generally classed as one of the Phosphino Carboxylic Acid %50s, despite that it has a moiety that looks like a COOH group.

Straight-chain, saturated Phosphino Carboxylic Acid %50s

Other Phosphino Carboxylic Acid %50s

Compound class Members

unsaturated monoPhosphino Carboxylic Acid %50s acrylic acid (2-propenoic acid) – CH2=CHCOOH, used in polymer synthesis

Fatty acids medium to long-chain saturated and unsaturated monoPhosphino Carboxylic Acid %50s, with even number of carbons, examples: docosahexaenoic acid and eicosapentaenoic acid (nutritional supplements)

Aromatic Phosphino Carboxylic Acid %50s containing at least one aromatic ring, examples: benzoic acid – the sodium salt of benzoic acid is used as a food preservative, salicylic acid – a beta-hydroxy type found in many skin-care products, phenyl alkanoic acids – the class of compounds where a phenyl group is attached to a Phosphino Carboxylic Acid %50

DiPhosphino Carboxylic Acid %50s containing two carboxyl groups, examples: adipic acid the monomer used to produce nylon and aldaric acid – a family of sugar acids

TriPhosphino Carboxylic Acid %50s containing three carboxyl groups, examples: citric acid – found in citrus fruits and isocitric acid

Solubility

Phosphino Carboxylic Acid %50s are polar. Because they are both hydrogen-bond acceptors (the carbonyl –C=O) and hydrogen-bond donors (the hydroxyl –OH), they also participate in hydrogen bonding. Together, the hydroxyl and carbonyl group form the functional group carboxyl. Phosphino Carboxylic Acid %50s usually exist as dimers in nonpolar media due to their tendency to “self-associate”. Smaller Phosphino Carboxylic Acid %50s (1 to 5 carbons) are soluble in water, whereas bigger Phosphino Carboxylic Acid %50s have limited solubility due to the increasing hydrophobic nature of the alkyl chain. These longer chain acids tend to be soluble in less-polar solvents such as ethers and alcohols.[3] Aqueous sodium hydroxide and Phosphino Carboxylic Acid %50s, even hydrophobic ones, react to yield water-soluble sodium salts. For example, enathic acid has a low solubility in water (0.2 g/L), but its sodium salt is very soluble in water.

Phosphino Carboxylic Acid %50s tend to have higher boiling points than water, because of their greater surface areas and their tendency to form stabilised dimers through hydrogen bonds. For boiling to occur, either the dimer bonds must be broken or the entire dimer arrangement must be vaporised, increasing the enthalpy of vaporization requirements significantly.

Phosphino Carboxylic Acid %50 dimers

Acidity

Phosphino Carboxylic Acid %50s are Brønsted–Lowry acids because they are proton (H+) donors. They are the most common type of organic acid.

Phosphino Carboxylic Acid %50s are typically weak acids, meaning that they only partially dissociate into H3O+ cations and RCOO− anions in neutral aqueous solution. For example, at room temperature, in a 1-molar solution of acetic acid, only 0.4% of the acid are dissociated. Electron-withdrawing substituents, such as -CF3 group, give stronger acids (the pKa of formic acid is 3.75 whereas trifluoroacetic acid, with a trifluoromethyl substituent, has a pKa of 0.23). Electron-donating substituents give weaker acids (the pKa of formic acid is 3.75 whereas acetic acid, with a methyl substituent, has a pKa of 4.76)

Phosphino Carboxylic Acid %50[4] pKa

Deprotonation of Phosphino Carboxylic Acid %50s gives carboxylate anions; these are resonance stabilized, because the negative charge is delocalized over the two oxygen atoms, increasing the stability of the anion. Each of the carbon–oxygen bonds in the carboxylate anion has a partial double-bond character. The carbonyl carbon’s partial positive charge is also weakened by the -1/2 negative charges on the 2 oxygen atoms.

Odour

Phosphino Carboxylic Acid %50s often have strong sour odours. Esters of Phosphino Carboxylic Acid %50s tend to have pleasant odours, and many are used in perfume.

Characterization

Phosphino Carboxylic Acid %50s are readily identified as such by infrared spectroscopy. They exhibit a sharp band associated with vibration of the C–O vibration bond (νC=O) between 1680 and 1725 cm−1. A characteristic νO–H band appears as a broad peak in the 2500 to 3000 cm−1 region.[3] By 1H NMR spectrometry, the hydroxyl hydrogen appears in the 10–13 ppm region, although it is often either broadened or not observed owing to exchange with traces of water.

Occurrence and applications

Many Phosphino Carboxylic Acid %50s are produced industrially on a large scale. They are also frequently found in nature. Esters of fatty acids are the main components of lipids and polyamides of aminoPhosphino Carboxylic Acid %50s are the main components of proteins.

Phosphino Carboxylic Acid %50s are used in the production of polymers, pharmaceuticals, solvents, and food additives. Industrially important Phosphino Carboxylic Acid %50s include acetic acid (component of vinegar, precursor to solvents and coatings), acrylic and methacrylic acids (precursors to polymers, adhesives), adipic acid (polymers), citric acid (a flavor and preservative in food and beverages), ethylenediaminetetraacetic acid (chelating agent), fatty acids (coatings), maleic acid (polymers), propionic acid (food preservative), terephthalic acid (polymers). Important carboxylate salts are soaps.

Synthesis

Industrial routes

In general, industrial routes to Phosphino Carboxylic Acid %50s differ from those used on a smaller scale because they require specialized equipment.

Oxidation of hydrocarbons using air. For simple alkanes, this method is inexpensive but not selective enough to be useful. Allylic and benzylic compounds undergo more selective oxidations. Alkyl groups on a benzene ring are oxidized to the Phosphino Carboxylic Acid %50, regardless of its chain length. Benzoic acid from toluene, terephthalic acid from para-xylene, and phthalic acid from ortho-xylene are illustrative large-scale conversions. Acrylic acid is generated from propene.[5]

Hydrolysis of triglycerides obtained from plant or animal oils. These methods of synthesizing some long-chain Phosphino Carboxylic Acid %50s are related to soap making.

Many reactions produce Phosphino Carboxylic Acid %50s but are used only in specific cases or are mainly of academic interest.

Reactions

Phosphino Carboxylic Acid %50 organic reactions

The most widely practiced reactions convert Phosphino Carboxylic Acid %50s into esters, amides, carboxylate salts, acid chlorides, and alcohols. Phosphino Carboxylic Acid %50s react with bases to form carboxylate salts, in which the hydrogen of the hydroxyl (–OH) group is replaced with a metal cation. For example, acetic acid found in vinegar reacts with sodium bicarbonate (baking soda) to form sodium acetate, carbon dioxide, and water:

CH3COOH + NaHCO3 → CH3COO−Na+ + CO2 + H2O

Phosphino Carboxylic Acid %50s also react with alcohols to give esters. This process is widely used, e.g. in the production of polyesters. Likewise, Phosphino Carboxylic Acid %50s are converted into amides, but this conversion typically does not occur by direct reaction of the Phosphino Carboxylic Acid %50 and the amine. Instead esters are typical precursors to amides. The conversion of amino acids into peptides is a significant biochemical process that requires ATP.

The hydroxyl group on Phosphino Carboxylic Acid %50s may be replaced with a chlorine atom using thionyl chloride to give acyl chlorides. In nature, Phosphino Carboxylic Acid %50s are converted to thioesters.

Reduction

Like esters, most of Phosphino Carboxylic Acid %50 can be reduced to alcohols by hydrogenation or using hydride or alkyl transferring agents (since they will deprotonate the acids instead[further explanation needed] without transfer) such as lithium aluminium hydride or Grignard reagents (organolithium compounds).

N,N-Dimethyl(chloromethylene)ammonium chloride (ClHC=N+(CH3)2Cl−) is a highly chemoselective agent for Phosphino Carboxylic Acid %50 reduction. It selectively activates the Phosphino Carboxylic Acid %50 to give the carboxymethyleneammonium salt, which can be reduced by a mild reductant like lithium tris(t-butoxy)aluminum hydride to afford an aldehyde in a one pot procedure. This procedure is known to tolerate reactive carbonyl functionalities such as ketone as well as moderately reactive ester, olefin, nitrile, and halide moieties.[7]

The Schmidt reaction converts Phosphino Carboxylic Acid %50s to amines.

Phosphino Carboxylic Acid %50s are decarboxylated in the Hunsdiecker reaction.

The Dakin–West reaction converts an amino acid to the corresponding amino ketone.

In the Barbier–Wieland degradation, an Phosphino Carboxylic Acid %50 on an aliphatic chain having a simple the methylene bridge at the alpha position can have the chain shortened by one carbon. The inverse procedure is the Arndt–Eistert synthesis, where an acid is converted into acyl halide, which is then reacted with diazomethane to give one additional methylene in the aliphatic chain.

Many acids undergo oxidative decarboxylation. Enzymes that catalyze these reactions are known as carboxylases (EC 6.4.1) and decarboxylases (EC 4.1.1).

Phosphino Carboxylic Acid %50s are reduced to aldehydes via the ester and DIBAL, via the acid chloride in the Rosenmund reduction and via the thioester in the Fukuyama reduction.

In ketonic decarboxylation Phosphino Carboxylic Acid %50s are converted to ketones.

Organolithium reagents (>2 equiv) react with Phosphino Carboxylic Acid %50s to give a dilithium 1,1-diolate, a stable tetrahedral intermediate which decomposes to give a ketone upon acidic workup.

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List of Phosphino Carboxylic Acid %50s

DiPhosphino Carboxylic Acid %50

Pseudoacid

Thiocarboxy

Phosphino Carboxylic Acid %50 water reducing agent and preparation method thereof

Abstract

The invention relates to a water reducing agent for concrete and a preparation method, and particularly relates to a Phosphino Carboxylic Acid %50 water reducing agent and a preparation method thereof. The Phosphino Carboxylic Acid %50 water reducing agent is formed by polymerizing a large monomer, a phosphorus-containing compound, a small monomer and an initiator through a free radial polymerization reaction; the raw materials are as follows in percentage by mole: 15-30% of large monomer, 1-8% of phosphorus-containing compound, 65-80% of small monomer, 1-5% of initiator and the balance of water; and the preparation method comprises the following steps: enabling the raw materials to react for 3-6 hours at 40-85 DEG C; cooling to 35-40 DEG C; and adding an alkaline compound to adjust the pH value to neutrality, wherein the product is the Phosphino Carboxylic Acid %50 water reducing agent. The Phosphino Carboxylic Acid %50 water reducing agent provided by the invention shows good water reducing property and collapse resistance in the concrete with different content of mud and powder/mud sand samples; and the working performance of the concrete with different content of powder/mud can be realized in normal compounding process, and the quality of the concrete can be guaranteed.

Application:

Phosphino Carboxylic Acid %50 has advantages in a wide range of water quality, chemical stability, strong chlorine tolerance, etc. Engineers use it as scale and corrosion inhibitor in circulating cool water system. And also found in the oilfield refill water system.

Phosphino Carboxylic Acid %50 (PCA)

Phosphino Carboxylic Acid %50 (PCA) is a multifunctional product that provides the benefits of many separate products, including:

Solubility:

Phosphino Carboxylic Acid %50 (PCA) is soluble/miscible in Water and Ethylene glycol in all proportions.

The product is soluble in Caustic Soda (46%). If diluted with Methanol, a precipitation may occur.

pH range:

Temperature:

Phosphino Carboxylic Acid %50 (PCA) is stable at temperatures up to 200°C.

Oxidizing agent:

Phosphino Carboxylic Acid %50 (PCA) is not affected by chlorine or other oxidizing biocides in standard

Detailed information on the product described can be found in our relevant Health and Safety Information (Material Safety Data Sheet).

Phosphino Carboxylic Acid %50

Through the introduction of phosphonic group into carboxylic group, PCA has good dispersion property for scale of calcium carbonate and calcium phosphate in circulating cool water system. It has good scale inhibition for barium sulfate, strontium sulfate and silica scale.PCA has advantages in wide range of water quality, chemical stability, strong chlorine tolerance, etc. PCA can be used as scale and corrosion inhibitor in circulating cool water system and oilfield refill water system.Phosphino Carboxylic Acid %50 (PCA) provides greater flexibility and better performance in developing multiple antiscalant programs for a variety of scales found in boiler systems, foods plants, and cleaning applications.

Phosphino Carboxylic Acid %50 (PCA) is a multifunctional product that provides the benefits of many separate products, including:

CHEMICAL and PHYSICAL PROPERTIES of Phosphino Carboxylic Acid %50

Phosphino Carboxylic Acid %50 (PCA) is soluble/miscible in Water and Ethylene glycol in all proportions.

Temperature:

Phosphino Carboxylic Acid %50 (PCA) is stable at temperatures up to 200°C.

Oxidizing agent:

Phosphino Carboxylic Acid %50 (PCA) is not affected by chlorine or other oxidizing biocides in standard

FOSFNO KARBOKSLK AST% 50

Fosfino Karboksilik Asit% 50

Özellikleri:

Fosfino Karboksilik Asit% 50 (PCA), fosfonatlarn ve poliakrilatlarn özelliklerini ilikilendirir. Fonksiyon, özel bir limit inhibisyon dengesi ve ayrca dalm salamaktr. PCA, klora kar iyi bir toleransa sahiptir. Ayrca birçok mikrobiyolojik kontrol ajan ile uyumludur.

Unutulmamas gereken bir husus, Phosphino Carboxylic Acid% 50 (PCA) standart olarak klor veya dier oksitleyici biyositlerden etkilenmez.

Fosfino Karboksilik Asit% 50

Hareket mekanizmas:

Phosphino Carboxylic Acid% 50 en az üç mekanizma ile yüzeylerde kireç oluumunu engeller. (Daha fazla ayrnt, buraya tklayn.)

Fosfino Karboksilik Asit% 50 (PCA)

Connect Chemicals, piyasada su artma katk maddeleri konusunda uzman ve yetenekli bir ortak olarak tannmaktadr. Connect Chemicals mühendis deneyimi sayesinde, Fosfino Karboksilik Asit% 50 (PCA) ürünümüzü içeren su artm için bir polimer serisi gelitirdik.

Fosfino Karboksilik Asit% 50 (PCA), kazan sistemlerinde, gda fabrikalarnda ve temizlik uygulamalarnda bulunan çeitli ölçekler için çoklu antiskalant programlar gelitirmede daha fazla esneklik ve daha iyi performans salar.

Phosphino Carboxylic Acid% 50 (PCA), aadakiler dahil birçok ayr ürünün faydalarn salayan çok ilevli bir üründür:

Fosfino Karboksilik Asit% 50 (PCA) Suda ve Etilen glikolde her oranda çözünür / karabilir.

Ürün, Kostik Soda’da (% 46) çözünür. Metanol ile seyreltilirse, bir çökelme meydana gelebilir.

pH aral:

Phosphino Carboxylic Acid% 50 (PCA) pH snrlamas olmakszn kullanlabilir. Çözünmeyen sodyum veya potasyum tuzlar oluturmaz. Ürün hidrolitik olarak stabildir ve nihai pH deerine baklmakszn konsantre formülasyonlara dahil edilebilir.

Scaklk:

Fosfino Karboksilik Asit% 50 (PCA), 200 ° C’ye kadar olan scaklklarda stabildir.

Oksitleyici ajan:

Fosfino Karboksilik Asit% 50 (PCA) standart olarak klor veya dier oksitleyici biyositlerden etkilenmez.

Fosfino Karboksilik Asit% 50 (PCA) (CAS 71050-62-9) Pazar Aratrmas Raporu 2017 – Aratrma ve Pazarlar

Research and Markets’n teklifine “Phosphino Carboxylic Acid% 50 (PCA) (CAS 71050-62-9) Pazar Aratrma Raporu 2017” raporu eklendi.

“Fosfino Karboksilik Asit% 50 (PCA) (CAS 71050-62-9) Pazar Aratrma Raporu 2017”

Tweet at

Bu Küresel Rapor 2017, endüstri uzmanlarnn Fosfino Karboksilik Asit% 50 (PCA) dünya pazarn aratrmaya yönelik gayretli çalmalarnn bir sonucudur. Rapor, pazarn net bir görünümünü (eilimler ve beklentiler) oluturmaya, sektördeki büyük oyuncular belirlemeye ve ana alt sektörleri tahmin etmeye yardmc olur.

lk bölüm, özelliklerinin çounun (bileim, yap, tehlikeler, depolama, toksikolojik ve ekolojik bilgiler, vb.) Gözden geçirilmesini salayarak ürünü tantr. kinci bölüm, Fosfino Karboksilik Asit% 50 (PCA) son kullanmlarna odaklanr, üçüncü bölüm bir dizi patentin özetini verir. Dördüncü bölüm, Fosfino Karboksilik Asit% 50 (PCA) pazar eilimlerinin gözden geçirilmesi ile ilgilidir, Fosfino Karboksilik Asit% 50 (PCA) üreticileri ve tedarikçilerini ayrt eder. Bölüm 5, Fosfino Karboksilik Asit% 50 (PCA) fiyat verilerini özetlemektedir. Son bölüm, Fosfino Karboksilik Asit% 50 (PCA) alt pazarlarn analiz etmektedir.

Fosfino Karboksilik Asit% 50 (PCA) küresel pazar raporu 2017 kilit noktalar:

Fosfino Karboksilik Asit% 50 (PCA) tanm, uygulama alanlar ve ilgili modeller

Fosfino Karboksilik Asit% 50 (PCA) pazar durumu

Fosfino Karboksilik Asit% 50 (PCA) üreticileri ve distribütörleri

Fosfino Karboksilik Asit% 50 (PCA) fiyatlar (bölgeye göre ve piyasa oyuncular tarafndan salanr)

Fosfino Karboksilik Asit% 50 (PCA) son kullanm dökümü

Fosfino Karboksilik Asit% 50 (PCA) alt sektör trendleri

Kapsanan Temel Konular:

1. Fosfino Karboksilik Asit% 50 (PCA) GENEL BLGLER

1.1. Genel bilgiler, eanlamllar

1.2. Bileim, kimyasal yap

1.3. Güvenlik Bilgisi

1.4. Tehlike TANITIMI

1.5. TAIMA VE DEPOLAMA

2. Fosfino Karboksilik Asit% 50 (PCA) UYGULAMASI

3. Fosfino Karboksilik Asit% 50 (PCA) PATENTLER

4. Fosfino Karboksilik Asit% 50 (PCA) DÜNYA ÇAPINDA PAZAR

4.1. Genel Fosfino Karboksilik Asit% 50 (PCA) pazar durumu, trendler

4.2. Fosfino Karboksilik Asit% 50 (PCA) Üreticileri

4.3. Fosfino Karboksilik Asit% 50 (PCA) Tedarikçileri

4.4. Fosfino Karboksilik Asit% 50 (PCA) piyasa tahmini

Ürün Açklamas

Fosfino Karboksilik Asit% 50 (PCA) standart olarak klor veya dier oksitleyici biyositlerden etkilenmez.

Fosfino Karboksilik Asit% 50

özgür ansiklopedi

Gezintiye atlaArama yapmak için atla

“COOH” buraya yönlendirir. Bulgar müzisyen için bkz Ivan Shopov.

Bir Fosfino Karboksilik Asitin Yaps% 50

Karboksilat Anyon

Fosfino Karboksilik Asit% 50’nin 3 boyutlu yaps

Bir Fosfino Karboksilik Asit% 50, bir R grubuna bal bir karboksil grubu (C (= O) OH) [1] içeren organik bir bileiktir. Bir Fosfino Karboksilik Asit% 50’nin genel formülü, R-COOH’dir ve R, alkil grubunu belirtir. Fosfino Karboksilik Asit% 50’ler yaygn olarak bulunur. Önemli örnekler arasnda amino asitler ve ya asitleri bulunur. Bir Fosfino Karboksilik Asit% 50’nin protonsuzlatrlmas bir karboksilat anyonu verir.

Örnekler ve isimlendirme

Fosfino Karboksilik Asit% 50’ler genellikle önemsiz isimleriyle tanmlanr. Genellikle -ik asit ekine sahiptirler. IUPAC tarafndan önerilen isimler de mevcuttur; bu sistemde, Phosphino Carboxylic Acid% 50s bir -oik asit sonekine sahiptir. [2] Örnein, bütirik asit (C3H7CO2H), IUPAC yönergelerine göre bütanoik asittir. Bir Fosfino Karboksilik Asit% 50 içeren kompleks moleküllerin adlandrlmas için, 3-kloropropanoik asit gibi baka ikame ediciler olsa bile karboksil, ana zincirden biri olarak kabul edilebilir. Alternatif olarak, 2-karboksifuran gibi baka bir ana yap üzerinde bir “karboksi” veya “Fosfino Karboksilik Asit% 50” ikame edicisi olarak adlandrlabilir.

Bir Fosfino Karboksilik Asit% 50’nin karboksilat anyonu (R – COO− veya RCO2−), bir konjugat asit ve bunun elenik baz için -ik asit ve -ate genel modeline uygun olarak, genellikle -at sonekiyle adlandrlr, srasyla. Örnein, asetik asidin elenik baz asetattr.

Doada bikarbonat tampon sistemlerinde oluan karbonik asit, COOH grubuna benzeyen bir parçaya sahip olmasna ramen, genellikle Fosfino Karboksilik Asit% 50’lerden biri olarak snflandrlmaz.

Düz zincirli, doymu Fosfino Karboksilik Asit% 50s

Dier Fosfino Karboksilik Asit% 50s

Bileik snf Üyeleri

doymam monoFosfino Karboksilik Asit% 50s akrilik asit (2-propenoik asit) – CH2 = CHCOOH, polimer sentezinde kullanlr

Ya asitleri orta ila uzun zincirli doymu ve doymam monoFosfino Karboksilik Asit% 50s, çift sayda karbonlu, örnekler: dokosaheksaenoik asit ve eikosapentaenoik asit (besin takviyeleri)

En az bir aromatik halka içeren% 50 Aromatik Fosfino Karboksilik Asit, örnekler: benzoik asit – benzoik asidin sodyum tuzu, gda koruyucu olarak kullanlr, salisilik asit – birçok cilt bakm ürününde bulunan bir beta-hidroksi türü, fenil alkanoik asitler – bir fenil grubunun bir Fosfino Karboksilik Asite% 50 baland bileikler snf

ki karboksil grubu içeren DiPhosphino Karboksilik Asit% 50s, örnekler: adipik asit, naylon ve aldarik asit üretmek için kullanlan monomer – bir eker asitleri ailesi

Üç karboksil grubu içeren TriPhosphino Karboksilik Asit% 50s, örnekler: sitrik asit – turunçgillerde ve izositrik asitte bulunur

Çözünürlük

Fosfino Karboksilik Asit% 50’ler kutupludur. Hem hidrojen ba alclar (karbonil-C = O) hem de hidrojen ba vericileri (hidroksil-OH) olduklar için, hidrojen bana da katlrlar. Hidroksil ve karbonil grubu birlikte, karboksil fonksiyonel grubu oluturur. Fosfino Karboksilik Asit% 50’ler, “kendileriyle birleme” eilimleri nedeniyle polar olmayan ortamlarda genellikle dimerler olarak bulunur. Daha küçük Fosfino Karboksilik Asit% 50s (1 ila 5 karbon) suda çözünür iken, daha büyük Fosfino Karboksilik Asit% 50s, alkil zincirinin artan hidrofobik yaps nedeniyle snrl çözünürlüe sahiptir. Bu daha uzun zincirli asitler, eterler ve alkoller gibi daha az polar çözücülerde çözünme eilimindedir. [3] Sulu sodyum hidroksit ve Fosfino Karboksilik Asit% 50s, hatta hidrofobik olanlar, suda çözünür sodyum tuzlar verecek ekilde reaksiyona girer. Örnein, enatik asit suda düük bir çözünürlüe sahiptir (0.2 g / L), ancak sodyum tuzu suda çok çözünür.

Fosfino Karboksilik Asit% 50s, daha büyük yüzey alanlar ve hidrojen balar yoluyla stabilize dimerler oluturma eilimleri nedeniyle sudan daha yüksek kaynama noktalarna sahip olma eilimindedir. Kaynamann meydana gelmesi için, ya dimer balarnn kopmas ya da tüm dimer düzenlemesinin buharlatrlmas gerekir, bu da buharlama entalpisini önemli ölçüde arttrr.

Fosfino Karboksilik Asit% 50 dimerler

Asitlik

Phosphino Carboxylic Acid% 50s Brønsted – Lowry asitleridir çünkü bunlar proton (H +) donörüdür. En yaygn organik asit türüdür.

Fosfino Karboksilik Asit% 50’ler tipik olarak zayf asitlerdir, yani nötr sulu çözeltide sadece ksmen H3O + katyonlarna ve RCOOions anyonlarna ayrrlar. Örnein, oda scaklnda, 1 molar asetik asit çözeltisinde, asidin sadece% 0,4’ü ayrtrlr. -CF3 grubu gibi elektron çeken sübstitüentler daha güçlü asitler verir (formik asidin pKa’s 3.75 iken triflorometil sübstitüentli trifloroasetik asit 0.23’lük bir pKa’ya sahiptir). Elektron veren sübstitüentler daha zayf asitler verir (formik asidin pKa’s 3.75 iken metil sübstitüentli asetik asit 4.76’lk bir pKa’ya sahiptir)

Fosfino Karboksilik Asit% 50 [4] pKa

Fosfino Karboksilik Asit% 50s deprotonasyonu karboksilat anyonlarn verir; bunlar rezonans stabilize edilmitir, çünkü negatif yük iki oksijen atomu üzerinde yer deitirerek anyonun stabilitesini arttrr. Karboksilat anyondaki karbon-oksijen balarnn her biri, ksmi bir çift ba karakterine sahiptir. Karbonil karbonun ksmi pozitif yükü de 2 oksijen atomundaki -1/2 negatif yüklerle zayflatlr.

Koku

Phosphino Carboxylic Acid% 50s genellikle kuvvetli eki kokulara sahiptir. Fosfino Karboksilik Asit% 50’lerin esterleri ho kokulara sahip olma eilimindedir ve çou parfümde kullanlr.

Karakterizasyon

Fosfino Karboksilik Asit% 50’ler, kzlötesi spektroskopi ile kolaylkla tanmlanr. 1680 ile 1725 cm-1 arasnda C – O titreim bann (νC = O) titreimi ile ilikili keskin bir bant sergilerler. Karakteristik bir νO – H band, 2500-3000 cm-1 bölgesinde geni bir tepe olarak görünür. [3] 1H NMR spektrometresi ile, hidroksil hidrojen 10-13 ppm bölgesinde görünür, ancak su kalntlaryla dei toku nedeniyle ya genilemi ya da gözlenmemitir.

Oluum ve uygulamalar

Birçok Fosfino Karboksilik Asit% 50’si endüstriyel olarak büyük ölçekte üretilmektedir. Doada da sklkla bulunurlar. Ya asitlerinin esterleri, aminoPhosphino Karboksilik Asitlerin lipitlerinin ana bileenleri ve poliamidleri% 50’ler proteinlerin ana bileenleridir.

Fosfino Karboksilik Asit% 50s polimer, ilaç, solvent ve gda katk maddelerinin üretiminde kullanlmaktadr. Endüstriyel açdan önemli Fosfino Karboksilik Asit% 50’ler arasnda asetik asit (sirke bileeni, çözücüler ve kaplamalarn öncüsü), akrilik ve metakrilik asitler (polimerlerin öncüleri, yaptrclar), adipik asit (polimerler), sitrik asit (yiyeceklerde aroma ve koruyucu madde ve içecekler), etilendiamintetraasetik asit (kenetleme maddesi), ya asitleri (kaplamalar), maleik asit (polimerler), propiyonik asit (gda koruyucu), tereftalik asit (polimerler). Önemli karboksilat tuzlar sabundur.

Sentez

Endüstriyel yollar

Genel olarak, Fosfino Karboksilik Asit% 50s’ye giden endüstriyel yollar, daha küçük ölçekte kullanlanlardan farkldr çünkü özel ekipman gerektirirler.

Hidrokarbonlarn hava kullanarak oksidasyonu. Basit alkanlar için bu yöntem ucuzdur ancak yararl olacak kadar seçici deildir. Alilik ve benzilik bileikler daha seçici oksidasyonlara maruz kalr. Bir benzen halkas üzerindeki alkil gruplar, zincir uzunluuna baklmakszn Fosfino Karboksilik Asit% 50’ye oksitlenir. Toluenden gelen benzoik asit, para-ksilenden tereftalik asit ve orto-ksilenden gelen ftalik asit, örnek niteliindeki büyük ölçekli dönüümlerdir. Akrilik asit propenden üretilir. [5]

Bitkisel veya hayvansal yalardan elde edilen trigliseritlerin hidrolizi. Baz uzun zincirli Fosfino Karboksilik Asit% 50’lerin sentezlenmesine yönelik bu yöntemler, sabun yapm ile ilgilidir.

Pek çok reaksiyon% 50 Fosfino Karboksilik Asit üretir, ancak sadece belirli durumlarda kullanlr veya esas olarak akademik ilgi alandr.

Tepkiler

Fosfino Karboksilik Asit% 50 organik reaksiyon

En yaygn olarak uygulanan reaksiyonlar, Fosfino Karboksilik Asit% 50s’yi esterlere, amitlere, karboksilat tuzlarna, asit klorürlere ve alkollere dönütürür. Fosfino Karboksilik Asit% 50s, hidroksil (–OH) grubunun hidrojeninin bir metal katyonla deitirildii karboksilat tuzlar oluturmak için bazlarla reaksiyona girer. Örnein, sirkede bulunan asetik asit sodyum bikarbonat (kabartma tozu) ile reaksiyona girerek sodyum asetat, karbon dioksit ve su oluturur:

CH3COOH + NaHCO3 → CH3COO − Na + + CO2 + H2O

Fosfino Karboksilik Asit% 50s de alkollerle reaksiyona girerek ester verir. Bu ilem yaygn olarak kullanlmaktadr, ör. polyester üretiminde. Benzer ekilde, Fosfino Karboksilik Asit% 50s, amitlere dönütürülür, ancak bu dönüüm tipik olarak, Fosfino Karboksilik Asit% 50 ve aminin dorudan reaksiyonuyla meydana gelmez. Bunun yerine esterler, amidlerin tipik öncüleridir. Amino asitlerin peptitlere dönüümü, ATP gerektiren önemli bir biyokimyasal süreçtir.

Fosfino Karboksilik Asit% 50s üzerindeki hidroksil grubu, asil klorürleri vermek üzere tiyonil klorür kullanlarak bir klorin atomu ile deitirilebilir. Doada, Fosfino Karboksilik Asit% 50’ler tioesterlere dönütürülür.

ndirgeme

Esterler gibi, Phosphino Carboxylic Acid% 50’nin çou, lityum alüminyum hidrit veya Grignard reaktifleri (organolithium Bileikler).

N, N-Dimetil (klorometilen) amonyum klorür (ClHC = N + (CH3) 2Cl−), Fosfino Karboksilik Asit% 50 redüksiyonu için oldukça kemoselektif bir ajandr. Karboksimetilenamonyum tuzunu vermek üzere Fosfino Karboksilik Asit% 50’yi seçici olarak aktive eder, bu tuzu lityum tris (t-butoksi) alüminyum hidrit gibi hafif bir indirgeyici ile indirgenerek tek kaplk bir prosedürde bir aldehit verir. Bu prosedürün, keton gibi reaktif karbonil ilevselliklerinin yan sra orta derecede reaktif ester, olefin, nitril ve halojen parçalarn tolere ettii bilinmektedir. [7]

Schmidt reaksiyonu, Fosfino Karboksilik Asit% 50s’yi aminlere dönütürür.

Hunsdiecker reaksiyonunda Phosphino Karboksilik Asit% 50 dekarboksilatlanr.

Dakin-West reaksiyonu, bir amino asidi karlk gelen amino ketona dönütürür.

Barbier-Wieland degradasyonunda, alfa konumunda basit bir metilen köprüsüne sahip bir alifatik zincir üzerindeki bir Fosfino Karboksilik Asit% 50, zinciri bir karbon ksaltabilir. Ters prosedür Arndt-Eistert sentezidir, burada bir asit asil halide dönütürülür ve bu daha sonra alifatik zincirde ilave bir metilen vermek üzere diazometan ile reaksiyona sokulur.

Birçok asit oksidatif dekarboksilasyona urar. Bu reaksiyonlar katalize eden enzimler, karboksilazlar (EC 6.4.1) ve dekarboksilazlar (EC 4.1.1) olarak bilinir.

Fosfino Karboksilik Asit% 50s, Rosenmund indirgemesinde asit klorür ve Fukuyama indirgemesinde tioester yoluyla ester ve DIBAL yoluyla aldehitlere indirgenir.

Ketonik dekarboksilasyonda Fosfino Karboksilik Asit% 50s ketonlara dönütürülür.

Organolityum reaktifleri (> 2 edeer), asidik çalma üzerine bir keton vermek üzere ayran stabil bir tetrahedral ara ürün olan dilityum 1,1-diolat vermek üzere% 50 Fosfino Karboksilik Asit ile reaksiyona girer.

Fosfino Karboksilik Asit% 50s ile ilgili medyaya sahiptir.

Wikiquote’nin ilgili alntlar vardr: Phosphino Carboxylic Acid% 50

Fosfino Karboksilik Asit Listesi% 50’ler

DiPhosphino Karboksilik Asit% 50

Psödoasit

Tiyokarboksi

Fosfino Karboksilik Asit% 50 su indirgeyici ajan ve hazrlama yöntemi

Öz

Bulu, beton için bir su indirgeme maddesi ve bir hazrlama yöntemi ile ilgilidir ve özellikle bir Fosfino Karboksilik Asit% 50 su indirgeme maddesi ve bunun bir hazrlama yöntemi ile ilgilidir. Fosfino Karboksilik Asit% 50 su indirgeme ajan, büyük bir monomerin, fosfor içeren bir bileiin, küçük bir monomerin ve bir balatcnn serbest bir radyal polimerizasyon reaksiyonu yoluyla polimerletirilmesiyle oluturulur; yüzde olarak mol cinsinden ham maddeler öyledir:% 15-30 büyük monomer,% 1-8 fosfor içeren bileik,% 65-80 küçük monomer,% 1-5 balatc ve su dengesi; ve hazrlama yöntemi aadaki aamalar içerir: hammaddelerin 3-6 saat 40-85 ° C’de reaksiyona girmesinin salanmas; 35-40 ° C’ye soutma; ve pH deerini nötrlüe ayarlamak için bir alkali bileiin eklenmesi, burada ürün, Fosfino Karboksilik Asit% 50 su indirgeme maddesidir. Buluun salad Fosfino Karboksilik Asit% 50 su azaltc ajan, farkl çamur ve toz / çamur kumu örnekleriyle betonda iyi su azaltma özellii ve çökme direnci gösterir; ve farkl toz / çamur içerikli betonun çalma performans normal birletirme ileminde gerçekletirilebilir ve betonun kalitesi garanti edilebilir.

Uygulama:

Phosphino Karboksilik Asit% 50 geni bir su kalitesi, kimyasal stabilite, güçlü klor tolerans vb. Avantajlara sahiptir. Mühendisler bunu sirkülasyonlu souk su sisteminde kireç ve korozyon önleyici olarak kullanrlar. Ve ayrca petrol sahas yeniden doldurma su sisteminde bulunur.

Fosfino Karboksilik Asit% 50 (PCA)

Phosphino Carboxylic Acid% 50 (PCA), aadakiler dahil birçok ayr ürünün faydalarn salayan çok ilevli bir üründür:

Çözünürlük:

Fosfino Karboksilik Asit% 50 (PCA) Suda ve Etilen glikolde her oranda çözünür / karabilir.

Ürün, Kostik Soda’da (% 46) çözünür. Metanol ile seyreltilirse, bir çökelme meydana gelebilir.

pH aral:

Scaklk:

Fosfino Karboksilik Asit% 50 (PCA), 200 ° C’ye kadar olan scaklklarda stabildir.

Oksitleyici ajan:

Fosfino Karboksilik Asit% 50 (PCA) standart olarak klor veya dier oksitleyici biyositlerden etkilenmez.

Tanmlanan ürünle ilgili ayrntl bilgiler ilgili Salk ve Güvenlik Bilgilerimizde (Malzeme Güvenlik Bilgi Formu) bulunabilir.

Fosfino Karboksilik Asit% 50

Fosfonik grubun karboksilik gruba dahil edilmesiyle, PCA, sirküle olan souk su sisteminde kalsiyum karbonat ve kalsiyum fosfat ölçei için iyi dalma özelliine sahiptir. Baryum sülfat, stronsiyum sülfat ve silika tortusu için iyi ölçek inhibisyonuna sahiptir.PCA, geni su kalitesi, kimyasal stabilite, güçlü klor tolerans vb. Avantajlara sahiptir. PCA, sirkülasyonlu souk su sistemi ve petrol sahasnda kireç ve korozyon inhibitörü olarak kullanlabilir. Phosphino Carboxylic Acid% 50 (PCA), kazan sistemlerinde, gda fabrikalarnda ve temizlik uygulamalarnda bulunan çeitli ölçekler için çoklu antiskalant programlar gelitirmede daha fazla esneklik ve daha iyi performans salar.

Phosphino Carboxylic Acid% 50 (PCA), aadakiler dahil birçok ayr ürünün faydalarn salayan çok ilevli bir üründür:

Fosfino Karboksilik Asitin KMYASAL ve FZKSEL ÖZELLKLER% 50

Fosfino Karboksilik Asit% 50 (PCA) Suda ve Etilen glikolde her oranda çözünür / karabilir.

Scaklk:

Fosfino Karboksilik Asit% 50 (PCA), 200 ° C’ye kadar olan scaklklarda stabildir.

Oksitleyici ajan:

Fosfino Karboksilik Asit% 50 (PCA) standart olarak klor veya dier oksitleyici biyositlerden etkilenmez.

PHOSPHINO CARBOXYLIC ACID 50% (FOSFNO KARBOKSLK AST% 50)

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PHOSPHINO CARBOXYLIC ACID 50% (FOSFNO KARBOKSLK AST% 50)

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