ALUMINIUM CHLORHYDRATE (Aluminium Chlorohydrate)

Aluminum Chlorohydrate. Locron® P acts as a long-term perspiration-regulating agent. Offers low iron qualities for reduced yellowing. Locron® P is used in antiperspirant (aerosol spray or stick application) and deodorant, creams, lotions and aftershave formulations

Locron® S Antiperspirant Active

Locron® S is an antiperspirant agent for the cosmetic industry. It may be used to generate aqueous solutions of aluminum chlorohydrate. This product can also be incorporated in skin lotions, skin creams, and shaving lotions to achieve a slight astringent effect.

Locron is an antiperspirant agent for the cosmetic industry. It is a mild astringent that has a slight deodorizing effect. This product is therefore used in a wide range of antiperspirant and deodorant formulations.

Aluminum Chlorohydrate. Locron is an antiperspirant active especially for roll-on and pump spray. Acts as a long-term perspiration-regulating agent for all common deodorants. Locron® L is also used in creams, lotions and aftershave formulations.

Locron – ATAMAN CHEMICALS Antiperspirant Agents for the Cosmetic Industry

Locron L and Locron P are high performing and well known antiperspirant agents for the cosmetic industry.

By introducing new Locron types, such as

Locron SQH (aluminum sesquichlorohydrate),

Locron AP (activated aluminum chlorohydrate) and

Locron AZL 35/46G (aluminum zirconium tetrachlorohydrex gly)

ALUMINUM CHLOROHYDRATE; Aluminium hydroxychloride; EC/List no.: 234-933-1; CAS no.: 12042-91-0; Mol. formula: Al2ClH5O5

Composition: Aluminium hydroxychloride

INCI name: Aluminum Chlorohydrate

Aluminium chlorohydrate is a mild astringent that reduces perspiration and has a slight deodorising effect. It is therefore used in a wide range of antiperspirant and deodorant formula-tions.

Aluminum hydroxychloride has been used on a growing scale for many years throughout the world as an active ingredient in antiperspirant products. It is generally well tolerated also on long-term use.

Although Locron is beeing well tolerated, dermatologi-cal trials should be carried with the final antiperspirant/deodorant formulation to establish beyond doubt that no skin irritation is caused by the combination of products, each of which is in itself non-irritant.

Aluminium chlorohydrate is a group of specific aluminum salts having the general formula AlnCl(3n-m)(OH)m. It is used in cosmetics as an antiperspirant and as a coagulant in water purification.

In water purification, this compound is preferred in some cases because of its high charge, which makes it more effective at destabilizing and removing suspended materials than other aluminum salts such as aluminium sulfate, aluminium chloride and various forms of polyaluminium chloride (PAC) and polyaluminium chlorisulfate, in which the aluminum structure results in a lower net charge than aluminium chlorohydrate. Further, the high degree of neutralization of the HCl results in minimal impact on treated water pH when compared to other aluminium and iron salts.

Aluminium chlorohydrate is a group of specific aluminium salts having the general formula AlnCl(3n-m)(OH)m. It is used in deodorants and antiperspirants and as a coagulant in water purification.

In water purification, this compound is preferred in some cases because of its high charge, which makes it more effective at destabilizing and removing suspended materials than other aluminium salts such as aluminium sulfate,aluminium chloride and various forms of polyaluminium chloride and polyaluminium chlorisulfate, in which the aluminium structure results in a lower net charge than aluminium chlorohydrate. Further, the high degree of neutralization of the HCl results in minimal impact on treated water pH when compared to other aluminium and iron salts.

The Locron grades are aluminum hydroxychlorides in solid form (Locron S, Locron P) or as a 50 % aqueous solutions (Locron L, LIC, LIF).

Locron is a mild astringent that reduces perspiration and has a slight deodorising effect. It is therefore used in a wide range of antiperspirant and deodorant formulations.Aluminum hydroxychloride has been used on a growing scale for many years throughout the world as an active ingredient in antiperspirant products. It is generally well tolerated also on long-term use.Although Locron is beeing well tolerated, dermatological trials should be carried with the final antiperspirant/deodorant formulation to establish beyond doubt that no skin irritation is caused by the combination of products, each of which is in itself non-irritant.

Water treatment chemical Aluminum Chlorohydrate, Inorganic macromolecular compound; colorless or light yellow solid powder, compeletely dissolved in water with corrosion .

Aluminum chlorohydrate is a group of water-soluble aluminum complexes with the general formula AlnCl(3n-m)(OH)m. It is included up to 25% in over-the-counter hygiene products as an active antiperspirant agent. The primary site of action of aluminum chlorohydrate is at the level of the stratum corneum layer, which is relatively near the skin surface. It is also used as a coagulant in the water purification process.

Uses

Aluminum chlorohydrate is one of the most common active ingredients in commercial antiperspirants. The variation most commonly used in deodorants and antiperspirants is Al2Cl(OH)5.

Aluminum chlorohydrate is also used as a coagulant in water and wastewater treatment processes to remove dissolved organic matter and colloidal particles present in suspension.

Synthesis

Aluminum chlorohydrate can be commercially manufactured by reacting aluminum with hydrochloric acid. A number of aluminum-containing raw materials can be used, including aluminum metal, alumina trihydrate, aluminum chloride, aluminum sulfate and combinations of these. The products can contain by-product salts, such as sodium/calcium/magnesium chloride or sulfate.

Because of the explosion hazard related to hydrogen produced by the reaction of aluminum metal with hydrochloric acid, the most common industrial practice is to prepare a solution of aluminum chlorohydrate (ACH) by reacting aluminum hydroxide with hydrochloric acid. The ACH product is reacted with aluminum ingots at 100 °C using steam in an open mixing tank. The Al to ACH ratio and the time of reaction allowed determines the polymer form of the PAC n to m ratio.

CHEMICAL and PHYSICAL PROPERTIES

Molecular Weight:179.49077720

Formula:Al2 Cl H10 O5

Physical state and appearance: Solid. (Powdered solid.)

Apperance: Colorless to slightly yellow color; clear to slightly hazy appearance.

Odor: Odorless.

Taste: Not available.

Molecular Weight: 210.48 g/mole

Color: Colorless to light yellow.

pH (1% soln/water): Not available.

Boiling Point: Not available.

Melting Point: Decomposes.

Flash Point: 32.00 °F. TCC ( 0.00 °C. )

Critical Temperature: Not available.

Specific Gravity: 1.7 (Water = 1)

Dispersion Properties: See solubility in water.

Solubility: Soluble in cold water

APPLICATION

1. LOCRON S as a important flocculant coagulant ,widely used for waste water treatment.

2. LOCRON P specialized for color removal.

3.cosmetic in diary chemical industry field.

LOCRON P Antiperspirant and deodorant.

LOCRON P Cream, lotion.

Aluminium chlorohydrate is one of the most common active ingredients in commercial antiperspirants. The variation most commonly used in deodorants and antiperspirants is Al2Cl(OH)5.

Aluminium chlorohydrate is also used as a flocculant in water and waste water treatment processes to removedissolved organic matter and colloidal particles present in suspension.

The Locron grades are aluminum hydroxychlorides in solid form (Locron S, Locron P) or as a 50 % aqueous solutions (Locron L, LIC, LIF).

Although Locron is beeing well tolerated, dermatological trials should be carried with the final antiperspirant/deodorant formulation to establish beyond doubt that no skin irritation is caused by the combination of products, each of which is in itself non-irritant.

The Locron grades are widely used in perspiration-reducing preparations. Locron P is most suitable for anhydrous products like powder-sprays, suspension-sprays or sticks. Locron S may be used to generate aqueous solutions of aluminum chlorohydrate. Locron L, Locron LIC and Locron LIF are used for roll-ons, pump-sprays, emulsions and aqueous gels. All Locron grades can also be incorporated in skin lotions, skin creams and shaving lotions to achieve a slight adstringent effect.

LOCRON P 48h anti-transpirant protection.

LOCRON P Low iron qualities available for reduced yellowing.

LOCRON S High performance anti-transpirant actives.

LOCRON S Adstringent effect also in creams, lotions and afertshave formulations.

Applications

Locron P is an antiperspirant active for aerosol spray or stick application.

STORAGE of ALUMINUM CHLOROHYDRATE

Store in a cool, dry, well ventilated place and out of direct sunlight. Keep containers closed when not in use – check Regularly for leaks.

Dialuminium chloride pentahydroxide

CAS names

Aluminum chloride hydroxide (Al2Cl(OH)5)

IUPAC names

ACH

Aluminium Chloride Hydroxide

Aluminium Chlorohydrate

Aluminum chloride hydroxide

aluminum; chloroaluminum; pentahydrate

dialuminium (3+) chloride pentahydroxide

Dialuminium chloride pentahydroxide, polyaluminium chloride

dialuminium chloride pentahydroxoide

dialuminium(3+) chloride pentahydroxide

dialuminium(3+) ion chloride pentahydroxide

MO-PAC “product number index” “UHB” M, F, D eg. MO-PAC 24 UHB D, MO-PAC UHB – P 50 (powder)

METATAGS;ALUMINUM CHLOROHYDROXIDE;ALUMINUM CHLOROHYDROXIDE,DIHYDRATE;ALUMINUM HYDROXYCHLORIDE,DIHYDRATE;MACROSPHERICAL(R) 95;BASIC ALUMINUM CHLORIDE;CHLORHYDROL(R);POLYALUMINUM CHLORIDE;POLYALUMINUM CHLORIDE, DIHYDRATE;Aluminium chloride; POLYALUMINUM CHLORIDE; POLYALUMINUM CHLORIDE; HYDROXIDE SULFATE,Polyaluminum chloride; hysroxisesulfate;ALUMINUMHYDROXIDEHYDRATE;ALUMINUMCHLOROHYDRATE;Aluminumhydroxide;Aluminumchlorohydrate;D02852;microdry;astringen;aloxicoll;chlorhydrol;dialuminium;locronextra;wickenol303;wickenol321;wickenol323;Aluminium chloride; POLYALUMINUM CHLORIDE; POLYALUMINUM CHLORIDE HYDROXIDE SULFATE,Polyaluminum chloride; hysroxise sulfate; ALUMINUM HYDROXIDE HYDRATE; ALUMINUM CHLOROHYDRATE; Aluminum hydroxide; Aluminum chlorohydrate;ALUMINUM CHLOROHYDROXIDE; ALUMINUM CHLOROHYDROXIDE, DIHYDRATE ALUMINUM HYDROXYCHLORIDE, DIHYDRATE 12042-91-0 MACROSPHERICAL(R) 95 BASIC ALUMINUM CHLORIDE CHLORHYDROL(R) POLYALUMINUM CHLORIDE POLYALUMINUM CHLORIDE, DIHYDRATE MICRO-DRY(R) MICRO-DRY(R) SUPERULTRAFINE MICRO-DRY(R); ULTRAFINE REACH(R) 101; 103 REACH(R); 301 REACH(R); 501 aluminumchlorhydrate; aluminumchlorhydrol;Water and wastewater treatment Aluminumchloridehydroxide;aluminumchloridehydroxide(al2cl(oh)5); aluminumhydroxidechloride; astringen basicaluminumchlorate chlorhydrol; chlorhydrol,granular chlorhydrol,impalpable chlorohydrol; chloropentahydroxydialuminum; dialuminium; dialuminiumchloridepentahydroxide ;locronextra; locronflakes; locronpowder; locronsolution; macrospherical95; microdry ;wickenol303; wickenol321; wickenol323; wickenol324; POLY ALUMINUM CHLORIDE (PAC); Dialuminiumchloridpentahydroxid; ALUMINUM POLYCHLORIDE; Aluminium chloride hydroxide (Al2Cl(OH)5); alumium chlorohydrate solution; ALUMINIUMHYDROXYCHLORIDE; ALUMINIUMCHLORHYDROXIDE; INORGANIC & ORGANIC CHEMICALS; aloxicoll aluminum chlorhydroxide; aluminum chloride oxide; ALUMINUM CHLOROHYDRATE MODIFIED SOLUTION; (S5) Inorganics Al2ClH9O7 D02852 Aluminum chlorohydroxide 1g [12042-91-0] AluMinuM chlorohydroxide coMplex (Chlorhydrol) AluMinuM(III) chloride pentahydroxide; ALUMINUM CHLOROHYDRATE(ACH);Aluminium chloride hexahydrate;ALUMINUM CHLOROHYDRATE Suppliers;ALUMINUM CHLOROHYDRATE Preparation Products And Raw materials;Al2ClH9O7;Aluminum chlorhydrate (Al2(OH)5Cl);Aluminum chlorhydrol;Aluminum chlorohydrate;Aluminum hydroxide chloride;Aluminum hydroxychloride;Aluminum hydroxychloride, dihydrate;Aluminum monochloride pentahydroxide;Basic aluminum chlorate (Al2(OH)5Cl);Chloropentahydroxydialuminum;EC 234-933-1;EINECS 234-933-1;Locron Extra;Locron flakes;Locron L;Locron powder;Inorganic Chemicals: Nitrates, Phosphates, Oxides & more , SRL Pharma GmbH Product List,Locron solution;Macrospherical 95;UNII-407PSC3OC7;Wickenol 303;Wickenol 321;Wickenol 323;Wickenol 324;Aluminum chloride hydroxide (Al2Cl(OH)5);Aluminum chlorohydroxide, dihydrate;Dialuminium chloride pentahydroxide;Aluminum chlorhydrate;Aluminum chlorhydrate 50% solution;Aluminum chlorhydroxide;Aluminum chlorohydrate;Aluminum chlorohydrate [USAN];Aluminum hydroxychloride;locron S; Aluminum Chlorohydrate for Industrial Water Treatment;(Al2(OH)5Cl);aluminium chlorhydroxide pentahydrate;Antiperspirant,locron S price; locron S suppliers;(A(OH5);;chloropentahydroxydialuminium;chloropentahydroxydialuminum;macrospherical 95;sAACH-7171, ACH 325, ACH 331, ACH 7-321, Al2-Cl-H5-O5, Aloxicoll, Aquarhone 18, Astringen, Astringen 10, BanoltanWhite, Berukotan AC-P, Cartafix LA, Cawood 5025, E 200, E 200 (coagulant), Gelsica, HPB 5025, Hessidrex WT, Hydral,Hydrofugal, Kempac 10, Kempac 20, Kemwater PAX 14, Locron, Locron P, Locron S, Nalco 8676, OCAL, Oulupac 180, PAC,PAC (salt), PAC 250A, PAC 250AD, PACK 300M, PALC, Paho 2S, Sansudor;UNII-HPN8MZW13M, Wickenol cps 325,[Al2(OH)nCL6-n]m, aluminium chlorhydrate, aluminium chloride basic, aluminium chlorohydroxide, aluminol ACH, aluminumchloride hydroxide, aluminum chloride hydroxide oxide, basic, aluminum chloride oxide, aluminum chloride, basic, aluminum chlorohydrate (anhydrous), aluminum chlorohydrol, aluminum hydroxide chloride;dialuminium chloride pentahydroxide;pentahydroxychlorure de dialuminium;pentahidroxicloruro de dialuminio;Dialuminiumchloridpentahydroxid;ALUMINUM(III) CHLORIDE PENTAHYDROXIDE;poly aluminium chloride;Crystalline aluminium chloride;aluminum trichloride crystal;aluminum chloride hexahydrate;Dihydrate; Aluminum Hydroxychloride,Dihydrate; Aluminum chlorhydrol, dihydrate; Dialuminium chloride pentahydroxide;Aluminum Chloride Hydroxide, dihydrate; Polyaluminum Chloride,Metal Salts;Sumalchlor 50;Takibine 1500;Water and wastewater Treatment Coagulant;Flocculant;183257-07-0,53026-85-0,Al2ClH10O5,locronS;LOCRON S; Nalco 8676, OCAL, Oulupac 180, PAC, PAC 250A, PAC 250AD, PACK 300M, PAC (salt), Paho 2S, PALC, Sansudor; Aluminium chloride; Molecular FormulaAlCl3; Average mass133.340 Da; Monoisotopic mass131.888092 Da; 215-477-2 [EINECS]; 7446-70-0 [RN]; AlCl3 [Formula]; Aluminium chloride [Wiki]; Aluminium trichloride [ACD/IUPAC Name]; aluminium(III) chloride; Aluminiumchlorid [German]; Aluminiumtrichlorid [German] [ACD/IUPAC Name]; Aluminum chloride (8CI 9CI); Aluminum monochloride; Aluminum trichloride; Aluminum(III) Chloride; Trichlorure d’aluminium [French] [ACD/IUPAC Name]; [AlCl3]; 3495-54-3 [RN]; AlCl3, face centered cubic

Alluminio(cloruro di) [Italian]; Alluminio(cloruro di); Alluminio(cloruro di) [Italian]; Aloxicoll; Aluminium chloride, Anhydrous; aluminium(3+) chloride; ALUMINIUM(3+) ION TRICHLORIDE; Aluminium(II)chloride; aluminium(iii) trichloride; Aluminium(III)chloride; Aluminium, (chlorure d’); Aluminium, (chlorure d’) [French]; Aluminiumchlorid; Aluminiumchlorid [German]; Aluminiumchloride; aluminiumtrichloride; Aluminol ACH; Aluminum atomic spectroscopy standard concentrate 1.00- g Al; ALUMINUM CHLORIDE [USP]; ALUMINUM CHLORIDE (1:3); Aluminum chloride- ethanol solution; aluminum chloride hydrate; Aluminum chloride hydroxide oxide, basic; Aluminum chlorohydrate; Aluminum chlorohydrate (anhydrous); Aluminum Choride, anhydrous; Aluminum Sesquichlorohydrate – ALOXICOLL 31L; Aluminum standard concentrate 10.00 g Alluminum, (chlorure d’) [French]; Aluminum, (chlorure d’) [French]; Anhydrol forte; Aquarhone 18; Astringen; Astringen 10; Banoltan White; Basic aluminum chloride; Basic aluminum chloride, hydrate; Berukotan AC-P; Cartafix LA; Cawood 5025; Chlorhydrol; Chlorure d’aluminium [French]; Drysol [Trade name]; E 200 (coagulant); EINECS 215-477-2; EINECS 231-208-1; Gelsica; Hessidrex WT; Hydral; Hydrofugal; Kempac 10; Kempac 20; Kemwater PAX 14; Locron; Locron P; Locron S; MFCD00003422 [MDL number]CAL; Oulupac 180; PAC (salt); PAC 250A; PAC 250AD; PACK 300M; Paho 2S; PALC; Sansudor; TK Flock; trichloridoaluminium; trichloroalumane; trichloroaluminium; TRICHLOROALUMINUM; UNII:LIF1N9568Y; UNII-LIF1N9568Y; Wickenol cps 325; WLN: AL G3; ??? [Chinese]; aluminum;chloroaluminum;pentahydrate; CAS Number:12042-91-0; Other: 183257-07-0; ECHA EINECS – REACH Pre-Reg:234-933-1; FDA UNII:407PSC3OC7; Molecular Weight:179.49077720; Formula:Al2 Cl H10 O5; aluminium chlorhydrate (Al2(OH)5Cl); aluminium chlorhydrol; aluminium chlorhydroxide pentahydrate; aluminium chloride hydroxide (Al2Cl(OH)5); aluminium chlorohydrate; aluminium; Chloroaluminum;pentahydrate; aluminum chlorhydrate (Al2(OH)5Cl); aluminum chlorhydrol; aluminum chlorhydroxide pentahydrate; aluminum chloride hydroxide (Al2Cl(OH)5)aluminum;chloroaluminum;pentahydrate; chloropentahydroxydialuminium; chloropentahydroxydialuminum; locron extra; locron L; macrospherical 95; wickenol 303; Aluminiumhydroxichlorid Schuppen (LOCRON S); CAS number:12042-91-0INCI:Aluminum ChlorohydrateEINECS number:234-933-1; Functionality Anti persperant; Aluminum Chlorohydrate, Sumachlor, Aluminum chlorhydroxide, Aluminum hydroxychloride, Alüminyum Klorohidrate, Alüminyum Klorhidroksit Aluminum(III) Chloride aluminium(3+) chloride aluminiumtrichloride TK Flock Aloxicoll Aluminum monochloride Locron AlCl3 trichloroalumane Oulupac 180 Sansudor Berukotan AC-P Hessidrex WT Kempac 20 Aluminol ACH PAC 250A Aluminiumchloride Astringen 10 Locron S Aluminium chloride, Anhydrous Aluminium, (chlorure d`) Aluminium(III)chloride Astringen 7784-13-6 Aluminium chloride Chlorhydrol Micro-Dry SUF trichloridoaluminium Locron P Kempac 10 E 200 (coagulant) Aluminum chloride (USP) Chlorhydrol Micro-Dry Chlorhydrol Cartafix LA 231-208-1 Basic aluminum chloride Aluminum chloride (8CI 9CI) ALUMINUM CHLORIDE 215-477-2 PAC 250AD aluminium(iii) trichloride Paho 2S 7446-70-0 TRICHLOROALUMINUM Aluminum trichloride Kemwater PAX 14 trichloroaluminium Banoltan White [AlCl3] Drysol Aquarhone 18 ALUMINIUMCHLORIDESOLUTION PACK 300M OCAL Hydrofugal PALC Cawood 5025 aluminium(III) chloride Wickenol cps 325 aluminium trichloride Gelsica Aluminum Chlorohydrate, Sumachlor, Aluminum chlorhydroxide, Aluminum hydroxychloride, Alüminyum Klorohidrate, Alüminyum Klorhidroksit Alüminyum klorohidrat. Alüminyum hidroksiklorür. Aluminum Chlorohydrate , Aluminium hydroxychloride , Aluminum chlorhydroxide; Aluminum chlorhydrate; Aluminum chlorhydrol; Aluminum hydroxide chloride; Aluminum hydroxychloride; Aluminum hydroxychloride, dihydrate; Aluminum monochloride pentahydroxide; Basic aluminum chlorate (Al2(OH)5Cl); Chloropentahydroxydialuminum; Locron Extra; Locron L; Locron flakes; Locron powder; Locron solution; Macrospherical 95; Wickenol 303; Wickenol 321; Wickenol 323; Wickenol 324; Aluminum chloride hydroxide (Al2Cl(OH)5); Aluminum chlorohydroxide, dihydrate; Dialuminium chloride pentahydroxide; [ChemIDplus] Aluminiumchloridhydroxid; Aluminiumhydrochlorid; Aluminiumhydroxichlorid; Aluminiumhydroxychlorid; Aluminum chloride; Basic aluminum chloride; Basisches Aluminiumchlorid; Dialuminium chloride pentahydroxide; Locron P; Locron S; Tanfix A; Aluminum Chlorohydrate, Sumachlor, Aluminum chlorhydroxide, Aluminum hydroxychloride, Alüminyum Klorohidrate, Alüminyum Klorhidroksit Aluminum(III) Chloride aluminium(3+) chloride aluminiumtrichloride TK Flock Aloxicoll Aluminum monochloride Locron AlCl3 trichloroalumane Oulupac 180 Sansudor Berukotan AC-P Hessidrex WT Kempac 20 Aluminol ACH PAC 250A Aluminiumchloride Astringen 10 Locron S Aluminium chloride, Anhydrous Aluminium, (chlorure d`) Aluminium(III)chloride Astringen 7784-13-6 Aluminium chloride Chlorhydrol Micro-Dry SUF trichloridoaluminium Locron P Kempac 10 E 200 (coagulant) Aluminum chloride (USP) Chlorhydrol Micro-Dry Chlorhydrol Cartafix LA 231-208-1 Basic aluminum chloride Aluminum chloride (8CI 9CI) ALUMINUM CHLORIDE 215-477-2 PAC 250AD aluminium(iii) trichloride Paho 2S 7446-70-0 TRICHLOROALUMINUM Aluminum trichloride Kemwater PAX 14 trichloroaluminium Banoltan White [AlCl3] Drysol Aquarhone 18 ALUMINIUMCHLORIDESOLUTION PACK 300M OCAL Hydrofugal PALC Cawood 5025 aluminium(III) chloride Wickenol cps 325 aluminium trichloride Gelsica Aluminum Chlorohydrate, Sumachlor, Aluminum chlorhydroxide, Aluminum hydroxychloride, Alüminyum Klorohidrate, Alüminyum Klorhidroksit Alüminyum klorohidrat. Alüminyum hidroksiklorür. Aluminum Chlorohydrate , Aluminium hydroxychloride , Aluminum chlorhydroxide; Aluminum chlorhydrate; Aluminum chlorhydrol; Aluminum hydroxide chloride; Aluminum hydroxychloride; Aluminum hydroxychloride, dihydrate; Aluminum monochloride pentahydroxide; Basic aluminum chlorate (Al2(OH)5Cl); Chloropentahydroxydialuminum; Locron Extra; Locron L; Locron flakes; Locron powder; Locron solution; Macrospherical 95; Wickenol 303; Wickenol 321; Wickenol 323; Wickenol 324; Aluminum chloride hydroxide (Al2Cl(OH)5); Aluminum chlorohydroxide, dihydrate; Dialuminium chloride pentahydroxide; [ChemIDplus] Aluminiumchloridhydroxid; Aluminiumhydrochlorid; Aluminiumhydroxichlorid; Aluminiumhydroxychlorid; Aluminum chloride; Basic aluminum chloride; Basisches Aluminiumchlorid; Dialuminium chloride pentahydroxide; Locron P; Locron S; Tanfix A; 101707-17-9, 11097-68-0, 114442-10-3, 1327-41-9, 135864-70-9, 143230-54-0, 144388-28-3, 162535-15-1, 167140-05-8, 245064-40-8, 32056-15-8, 37226-46-3, 39380-80-8, 56803-01-1, 56831-66-4, 64441-77-6, 79586-02-0, 8012-66-6, 84861-98-3, 98493-35-7, ACH 325, ACH 331, ACH 7-321, AlCl3, Aloxicoll, Aluminol ACH, Aluminum chlorhydrate, Aluminum chlorhydroxide, Aluminum chloride, basic, ALUMINUM CHLORIDE HYDROXIDE, Aluminum chloride hydroxide oxide, basic, Aluminum chloride oxide, Aluminum chlorohydrate (anhydrous), Aluminum chlorohydrol, Aluminum hydroxide chloride, Aluminum hydroxychloride, Aluminum oxychloride, aluminum trichloride, Aquarhone 18, Astringen, Astringen 10, Banoltan White, Basic aluminum chloride, Basic aluminum chloride, hydrate, Berukotan AC-P, Cartafix LA, Cawood 5025, Chlorhydrol, Chlorhydrol Micro-Dry, Chlorhydrol Micro-Dry SUF, Dialuminium-chlorid-pentahydroxid, E 200, E 200 (coagulant), EINECS 215-477-2, Gelsica, Hessidrex WT, HPB 5025, Hydral, Hydrofugal, Kempac 10, Kempac 20, Kemwater PAX 14, Locron, Locron P, Locron S, Nalco 8676, OCAL, Oulupac 180, PAC, PAC 250A, PAC 250AD, PACK 300M, PAC (salt), Paho 2S, PALC, Sansudor, Wickenol cps 325; 101707-17-9, 11097-68-0, 114442-10-3, 1327-41-9, 135864-70-9, 143230-54-0, 144388-28-3, 162535-15-1, 167140-05-8, 245064-40-8, 32056-15-8, 37226-46-3, 39380-80-8, 56803-01-1, 56831-66-4, 64441-77-6, 79586-02-0, 8012-66-6, 84861-98-3, 98493-35-7, ACH 325, ACH 331, ACH 7-321, AlCl3, Aloxicoll, Aluminol ACH, Aluminum chlorhydrate, Aluminum chlorhydroxide, Aluminum chloride, basic, ALUMINUM CHLORIDE HYDROXIDE, Aluminum chloride hydroxide oxide, basic, Aluminum chloride oxide, Aluminum chlorohydrate (anhydrous), Aluminum chlorohydrol, Aluminum hydroxide chloride, Aluminum hydroxychloride, Aluminum oxychloride, aluminum trichloride, Aquarhone 18, Astringen, Astringen 10, Banoltan White, Basic aluminum chloride, Basic aluminum chloride, hydrate, Berukotan AC-P, Cartafix LA, Cawood 5025, Chlorhydrol, Chlorhydrol Micro-Dry, Chlorhydrol Micro-Dry SUF, Dialuminium-chlorid-pentahydroxid, E 200, E 200 (coagulant), EINECS 215-477-2, Gelsica, Hessidrex WT, HPB 5025, Hydral, Hydrofugal, Kempac 10, Kempac 20, Kemwater PAX 14, Locron, Locron P, Locron S, Nalco 8676, OCAL, Oulupac 180, PAC, PAC 250A, PAC 250AD, PACK 300M, PAC (salt), Paho 2S, PALC, Sansudor, Wickenol cps 325; lokron s; lokron; s; p; lokron; lokron p; lokrons; lokronp; lokrones; lokrronpe; lokronpe; lokoron; lokorons;lokoronespe;lokronespe; LOCRON S; LOCRON P; S; P; LOCRON; LOKRON; LOKRONES; LOKRONPE; LOCRONES; LOCRONPE

Aluminum chloride hydroxide anhydrous

1327-41-9 [RN]

Aloxicoll

aluminium chlorohydrate

Aluminium chlorohydric acid

Aluminol ACH

aluminum chlorhydrate

Aluminum chlorhydroxide

ALUMINUM CHLORIDE HYDROXIDE

Aluminum chloride hydroxide oxide, basic

Aluminum chloride oxide

Aluminum chloride, basic

Aluminum chlorohydrate (anhydrous)

Aluminum chlorohydrol

ALUMINUM HYDROXIDE CHLORIDE

ALUMINUM HYDROXYCHLORIDE

Aluminum oxychloride

Aquarhone 18

Astringen

Astringen 10

Banoltan White

Basic aluminum chloride

Basic aluminum chloride, hydrate

Berukotan AC-P

Cartafix LA

Chlorhydrol

Chlorhydrol Micro-Dry

Chlorhydrol Micro-Dry SUF

CHLOROALUMANOL

Dialuminium-chlorid-pentahydroxid

Gelsica

Hessidrex WT

Hydral

Hydrofugal

Kempac 10

Kempac 20

Kemwater PAX 14

Locron

Locron P

Locron S

MFCD00143587

MFCD00197734

OCAL

Oulupac 180

PAC

PAC (salt)

PACK 300M

Paho 2S

PALC

Polyaluminium chloride (PAC)

Sansudor

Wickenol cps 325

An antiperspirant is a chemical agent that reduces perspiration or sweating. The active ingredients of roll-on, spray and powder formulations are traditionally the metallic salts aluminium chloride and aluminium chlorohydrate. These are formulated into preparations of varying strengths. More concentrated solutions are used to control excessive sweating (hyperhidrosis).

Newer generation antiperspirants contain aluminium zirconium compounds. These are better tolerated by the skin and are less likely to cause irritation or aggravation to razor burn.

Diphemanil methylsulfate powder may also be used to reduce perspiration. It is particularly useful on an amputation stump to reduce irritation by a prosthesis.

Deodorants are not antiperspirants. Deodorants do not prevent sweating. Their aim is to mask the smell produced by sweat-eating bacteria. An antiperspirant preparation may contain a deodorant.

How do antiperspirants work?

Aluminium-based antiperspirants work by blocking the sweat ducts, thereby reducing the amount of sweat that reaches the skin’s surface. Aluminium salts are soluble as long as the formulation is acidic (low pH). When they are applied to the skin and come in contact with sweat, the pH rises causing the aluminium salts to precipitate out and form a plug over the sweat glands. Sweat continues to be produced by the sweat gland but it just isn’t able to reach the surface of the skin.

Diphemanil methylsulfate is a drug that opposes the action of the parasympathetic nerves that control sweat production.

How do you use an antiperspirant?

A higher concentration antiperspirant is usually more effective than a low concentration or aluminium-free preparation. However, increasing the strength can also increase the potential for side effects. A couple of simple rules apply to their use.

Apply to dry skin, after a cool shower at bedtime. During sleep sweating is limited and the active ingredients have a better chance of being absorbed into the sweat glands. Wash off in the morning.

Apply on a regular basis as directed by your doctor. Initially, this may be 7-10 nights in a row, then reducing to every other night for one week. When improvements are seen, patients can move to a maintenance schedule of using it once every 7–12 days. Over time reapplication may be needed even less frequently.

Where can you use an antiperspirant?

Antiperspirants are often the first line of treatment for underarm hyperhidrosis as they are readily available from the pharmacy or supermarket. Antiperspirants may also be used in other sites of the body that tend to sweat excessively. If standard preparations fail, stronger strength preparations are available at your pharmacy.

Sweat is a dilute salt solution produced by eccrine sweat glands spontaneously or in response to heat, exercise and stressful events. Eccrine sweat is initially odourless but can start to smell if bacteria get a chance to break down the stale sweat. The eccrine glands are distributed over the entire body but are most numerous under the arms and on the palms and soles.

Apocrine sweat glands are located under the arms, around the breasts and in the groin. After puberty, they produce a thick secretion that contains pheromones, the “personal scent” that most people find unpleasant. In addition, bacteria that normally live on the skin break down apocrine sweat and this produces offensive body odour. Body odour is worse if there are more bacteria present or the level of apocrine sweat production is high. Antiperspirants also help to reduce apocrine sweat production.

CHLOROHYDRATE D’ALUMINIUM; Hydroxychlorure d’aluminium; N ° CE / Liste: 234-933-1; N ° CAS: 12042-91-0; Mol. formule: Al2ClH5O5

Composition: Hydroxychlorure d’aluminium

Nom INCI: Chlorohydrate d’aluminium

Le chlorhydrate d’aluminium est un astringent doux qui réduit la transpiration et a un léger effet désodorisant. Il est donc utilisé dans une large gamme de formules anti-transpirantes et déodorantes.

L’hydroxychlorure d’aluminium est utilisé à une échelle croissante depuis de nombreuses années à travers le monde comme ingrédient actif dans les produits anti-transpirants. Il est généralement bien toléré également sur une utilisation à long terme.

Bien que Locron soit bien toléré, des essais dermatologiques doivent être menés avec la formulation finale anti-transpirante / déodorante pour établir hors de tout doute qu’aucune irritation cutanée n’est causée par la combinaison de produits, chacun d’eux étant en soi non irritant.

Le chlorhydrate d’aluminium est un groupe de sels d’aluminium spécifiques ayant la formule générale AlnCl (3n-m) (OH) m. Il est utilisé en cosmétique comme anti-transpirant et comme coagulant dans la purification de l’eau.

Dans la purification de l’eau, ce composé est préféré dans certains cas en raison de sa charge élevée, ce qui le rend plus efficace pour déstabiliser et éliminer les matières en suspension que d’autres sels d’aluminium tels que le sulfate d’aluminium, le chlorure d’aluminium et diverses formes de chlorure de polyaluminium (PAC) et de polyaluminium. le chlorisulfate, dans lequel la structure en aluminium entraîne une charge nette inférieure à celle du chlorohydrate d’aluminium. En outre, le degré élevé de neutralisation du HCl entraîne un impact minimal sur le pH de l’eau traitée par rapport à d’autres sels d’aluminium et de fer.

Le chlorhydrate d’aluminium est un groupe de sels d’aluminium spécifiques ayant la formule générale AlnCl (3n-m) (OH) m. Il est utilisé dans les déodorants et anti-transpirants et comme coagulant dans la purification de l’eau.

Dans la purification de l’eau, ce composé est préféré dans certains cas en raison de sa charge élevée, ce qui le rend plus efficace pour déstabiliser et éliminer les matières en suspension que d’autres sels d’aluminium tels que le sulfate d’aluminium, le chlorure d’aluminium et diverses formes de chlorure de polyaluminium et de chlorisulfate de polyaluminium, en dont la structure en aluminium entraîne une charge nette inférieure à celle du chlorhydrate d’aluminium. En outre, le degré élevé de neutralisation du HCl entraîne un impact minimal sur le pH de l’eau traitée par rapport à d’autres sels d’aluminium et de fer.

Les nuances Locron sont des hydroxychlorures d’aluminium sous forme solide (Locron S, Locron P) ou sous forme de solutions aqueuses à 50% (Locron L, LIC, LIF).

Locron est un astringent doux qui réduit la transpiration et a un léger effet désodorisant. Il est donc utilisé dans une large gamme de formulations anti-transpirantes et déodorantes. L’hydroxychlorure d’aluminium est de plus en plus utilisé dans le monde comme ingrédient actif dans les produits anti-transpirants. Il est généralement bien toléré également sur une utilisation à long terme.Bien que Locron soit bien toléré, des essais dermatologiques doivent être menés avec la formulation finale anti-transpirante / déodorante pour établir hors de tout doute qu’aucune irritation cutanée n’est causée par la combinaison de produits, chacun desquels est en soi non irritant.

Traitement chimique de l’eau Chlorohydrate d’aluminium, composé macromoléculaire inorganique; poudre solide incolore ou jaune clair, complètement dissoute dans l’eau avec corrosion.

Le chlorhydrate d’aluminium est un groupe de complexes d’aluminium hydrosolubles de formule générale AlnCl (3n-m) (OH) m. Il est inclus jusqu’à 25% dans les produits d’hygiène en vente libre en tant qu’agent anti-transpirant actif. Le principal site d’action du chlorhydrate d’aluminium se situe au niveau de la couche cornée, qui est relativement proche de la surface de la peau. Il est également utilisé comme coagulant dans le processus de purification de l’eau.

Les usages

Le chlorhydrate d’aluminium est l’un des ingrédients actifs les plus courants dans les antisudorifiques commerciaux. La variante la plus couramment utilisée dans les déodorants et les antisudorifiques est Al2Cl (OH) 5.

Le chlorhydrate d’aluminium est également utilisé comme coagulant dans les procédés de traitement de l’eau et des eaux usées pour éliminer la matière organique dissoute et les particules colloïdales présentes en suspension.

La synthèse

Le chlorhydrate d’aluminium peut être fabriqué dans le commerce en faisant réagir l’aluminium avec de l’acide chlorhydrique. Un certain nombre de matières premières contenant de l’aluminium peuvent être utilisées, notamment de l’aluminium métallique, du trihydrate d’alumine, du chlorure d’aluminium, du sulfate d’aluminium et des combinaisons de ceux-ci. Les produits peuvent contenir des sels de sous-produits, tels que le chlorure ou le sulfate de sodium / calcium / magnésium.

En raison du risque d’explosion lié à l’hydrogène produit par la réaction de l’aluminium métal avec de l’acide chlorhydrique, la pratique industrielle la plus courante consiste à préparer une solution de chlorhydrate d’aluminium (ACH) en faisant réagir l’hydroxyde d’aluminium avec de l’acide chlorhydrique. Le produit ACH est mis à réagir avec des lingots d’aluminium à 100 ° C en utilisant de la vapeur dans un réservoir de mélange ouvert. Le rapport Al sur ACH et le temps de réaction autorisé déterminent la forme polymère du rapport PAC n sur m.

CAS No:12042-91-0

SYNONYMS
ALUMINIUM HYDROXYCHLORIDE; ALUMINUM CHLORHYDRATE; ALUMINUM CHLORHYDRATE 50% SOLUTION; ALUMINUM CHLORHYDROXIDE; ALUMINUM CHLORIDE HYDROXIDE; ALUMINUM CHLORIDE HYDROXIDE (AL2CL (OH) 5) ; ALUMINUM CHLORIDE, BASIC; ALUMINUM CHLOROHYDROL; ALUMINUM HYDROXYCHLORIDE; ALUMINUM OXYCHLORIDE; BASIC ALUMINUM CHLORIDE; Aluminium chlorohydrate; Aluminium chlorohydroxide;DB11573;12359-72-7; AACH-7171, ACH 325, ACH 331, ACH 7-321, Al2-Cl-H5-O5, Aloxicoll, Aquarhone 18, Astringen, Astringen 10, Banoltan White, Berukotan AC-P, Cartafix LA, Cawood 5025, E 200, E 200 (coagulant), Gelsica, HPB 5025, Hessidrex WT, Hydral, Hydrofugal, Kempac 10, Kempac 20, Kemwater PAX 14, Locron, Locron P, Locron S, Nalco 8676, OCAL, Oulupac 180, PAC, PAC (salt), PAC 250A, PAC 250AD, PACK 300M, PALC, Paho 2S, Sansudor;UNII-HPN8MZW13M, Wickenol cps 325, [Al2(OH)nCL6-n]m, aluminium chlorhydrate, aluminium chloride basic, aluminium chlorohydroxide, aluminol ACH, aluminum chloride hydroxide, aluminum chloride hydroxide oxide, basic, aluminum chloride oxide, aluminum chloride, basic, aluminum chlorohydrate (anhydrous), aluminum chlorohydrol, aluminum hydroxide chloride

ALUMINUM CHLOROHYDRATE: Aluminum Chlorohydrate is a complex inorganic salt that consists of complex basic aluminumchloride described empirically as: This complex is polymeric, loosely hydrated and encompasses a range of aluminum to chlorideratios from 2.1 down to but not including 1.9 to 1. In the United States, Aluminum Chlorohydrate may be used as an active ingredient in OTC drug products. When us ed as an active drug ingredient, the established name is Aluminum Chlorohydrate. Aluminum chlorohydrate is a group of water-soluble aluminum complexes with the general formula AlnCl(3n-m)(OH)m. It is included up to 25% in over-the-counter hygiene products as an active antiperspirant agent. The primary site of action of aluminum chlorohydrate is at the level of the stratum corneum layer, which is relatively near the skin surface . It is also used as a coagulant in the water purification process. Aluminium chlorohydrate is a group of salts having the general formula AlnCl(3n-m)(OH)m. It is used in deodorants and antiperspirants and as a flocculant in water purification. Aluminium chlorohydrate can be commercially manufactured by reacting aluminium with hydrochloric acid. A number of aluminium-containing raw materials can be used, including aluminium metal, alumina trihydrate, aluminium chloride, aluminium sulfate and combinations of these
Aluminium chlorohydrate is a group of specific aluminium salts having the general formula AlnCl(3n-m)(OH)m. It is used in cosmetics as an antiperspirant and as a coagulant in water purification.
In water purification, this compound is preferred in some cases because of its high charge, which makes it more effective at destabilizing and removing suspended materials than other aluminium salts such as aluminium sulfate, aluminium chloride and various forms of polyaluminium chloride and polyaluminium chlorisulfate, in which the aluminium structure results in a lower net charge than aluminium chlorohydrate. Further, the high degree of neutralization of the HCl results in minimal impact on treated water pH when compared to other aluminium and iron salts.

Uses
Safety
Alzheimer’s disease
Breast cancer
Structure
Synthesis

SAFETY
The Food and Drug Administration considers the use of aluminium chlorohydrate in antiperspirants to be safe and it is permitted in concentrations up to 25%[
Alzheimer’s disease
Studies have found only a negligible association between exposure to and long-term use of antiperspirants and Alzheimer’s disease. There is no adequate evidence that exposure to aluminium in antiperspirants leads to progressive dementia and Alzheimer’s disease.
Heather M. Snyder, the senior associate director of medical and scientific relations for the Alzheimer’s Association, has stated, “There was a lot of research that looked at the link between Alzheimer’s and aluminium, and there hasn’t been any definitive evidence to suggest there is a link”.
Breast cancer
The International Journal of Fertility and Women’s Medicine found no evidence that certain chemicals used in underarm cosmetics increase the risk of Ted S. Gansler, the director of medical content for the American Cancer Society, stated “There is no convincing evidence that antiperspirant or deodorant use increases cancer risk”

STRUCTURE
Aluminium chlorohydrate is best described as an inorganic polymer and as such is difficult to structurally characterise. However, techniques such as gel permeation chromatography, X-ray crystallography and 27Al-NMR have been used in research by various groups including that of Nazar[7] and Laden[8] to show that the material is based on Al13 units with a Keggin ion structure and that this base unit then undergoes complex transformations to form larger poly-aluminium complexes.

SYNTHESIS
Aluminium chlorohydrate can be commercially manufactured by reacting aluminium with hydrochloric acid. A number of aluminium-containing raw materials can be used, including aluminium metal, alumina trihydrate, aluminium chloride, aluminium sulfate and combinations of these. The products can contain by-product salts, such as sodium/calcium/magnesium chloride or sulfate.[
Because of the explosion hazard related to hydrogen produced by the reaction of aluminium metal with hydrochloric acid, the most common industrial practice is to prepare a solution of aluminium chlorohydrate (ACH) by reacting aluminium hydroxide with hydrochloric acid. The ACH product is reacted with aluminium ingots at 100 °C using steam in an open mixing tank. The Al to ACH ratio and the time of reaction allowed determines the polymer form of the PAC n to m ratio.

Inorganic high-molecule polymers
Poly aluminium chloride is an inorganic high-molecule polymer with some cementitious property. It can be used as the binder of refractory coating, ultra-pure alumina products and refractory concrete material. Poly aluminium chloride is a multivalent, polyhydroxy electrolyte and can be seen as the intermediate product of the hydrolysis of AlCl3 into Al (OH) 3. The colloidal nucleus contains positive charge with the hydrolysis product being acidic. The composition of these products is the mixed system of various kinds of aqueous complexes in certain ratio under certain conditions. Its expression formula is [Al2 (OH) n • Cl6-n] m, wherein n = 1-5, m≤10. Owing to the difference in the preparation and performance, Poly aluminium chloride can also be called as hydroxy aluminum chloride, basic aluminum chloride, and polymeric alumina. The main index of physical and chemical properties includes alkalinity, pH value, Al2O3 content and the relative density. Poly aluminium chloride is rich in raw materials and has low cost without causing decrease of the refractoriness of refractory concrete. It also has strong activity at high temperatures and can be hardened at room temperature when doped with small quantities of accelerators and thus is promising cement material.

USES
It is one kind of refractory binder. It is a kind of aluminum hydroxide sol made from aluminum-containing material or aluminum metal which subject to several chemical/physical treatment steps such as hydrochloric acid dissolution, hydrolysis, and polymerization. Poly aluminium chloride can be taken as the intermediate of the hydrolysis process of AlCl3 into Al(OH)3 and therefore the hydrolysis solution is acidic. Poly aluminium chloride is also known as hydroxy aluminum or basic aluminum chloride with the chemical formula being [Al2 (OH) nCl6-n] m, wherein if the n is close to or equal to 6, it can be called as alumina sol. Applying poly aluminium chloride as a binding agent of loose refractory will not affect its refractoriness. The Al2O3 generated during the dehydration and decomposition of poly aluminium chloride during the heating process is a kind of active alumina oxide with high-degree of dispersion which can facilitate the sintering, and thus being suitable for being used as the refractory binder.
Poly aluminium chloride can be used for non-firing or fired to generate refractory products, fire-resistant plastic, and the binding agent of ramming and casting. When being used as the binding agent of monolithic refractory, it has certain requirement on both the alkalinity and density with poly aluminium chloride with either too low or too high bond strength not good. In general, poly aluminium chloride with alkalized degree being within 46% to 72% and the density being within 1.17~1.23kg/m3 has a good binding strength. When used as the binding agent of refractory casting, it can be used for synthesizing Magnesium aluminium spinel, electronic melting MgO and as the coagulation accelerator of cement. But when applying the poly aluminium chloride as unshaped refractory binder, because of its acidic solution (pH <5), it will have reaction with iron and iron-containing compounds contained in the refractory to release hydrogen and cause swelling of the material. Therefore, the preparation technology should contain aging step in order to avoid the swelling and further cracking of good molded product or lining.
It can be used for the purification process of drinking water as well as various kinds of industrial waste water.
As flocculants, it is mainly used for purifying drinking water and the treatment of special water such as removal of iron, fluorine, cadmium, radioactive contamination as well as floating oil. It can also be used for the treatment of industrial wastewater such as dyeing wastewater. Moreover, it can also be used for precision casting, pharmaceutical, paper, and leathering. Aluminium chlorohydrate is one of the most common active ingredients in commercial antiperspirants.The variation most commonly used in deodorants and antiperspirants is Al2Cl(OH)5.
Aluminium chlorohydrate is also used as a coagulant in water and wastewater treatment processes to remove dissolved organic matter and colloidal particles present in suspension.

CHEMICAL PROPERTIES
It is colorless or yellow resinous solid. Its solution is a colorless or yellowish transparent liquid, sometimes exhibits as grayish black mucus due to impurities in it. It is easily soluble in water.
Production method
Boiling pyrolysis method: put the crystalline aluminum chloride for boiling and pyrolysis at 170 °C; the generated hydrogen chloride is absorbed by water to prepare 20% hydrochloric acid for recycling. Further add water to have a then added water for aging and polymerization at 60 ℃; Then further go through solidification, dryness, crush to obtain the solid finished product of poly aluminium chloride.
Boiling pyrolysis method: put the aluminum ash (mainly composed of alumina and metal aluminum) into the reactor pre-supplied with washing water at a certain ratio, stir and slowly add hydrochloric acid for condensation reaction with curing and polymerization to a pH of 4.2 to 4.5 and the relative density of the solution being 1.2. Conduct sedimentation to obtain a liquid poly aluminum chloride. The liquid product was subject to dilution and filtering, concentration by evaporation, drying to obtain the solid poly aluminum chloride products.

Description of First Aid Measures Inhalation: Remove to fresh air and keep at rest in a position comfortable for breathing. Obtain medical attention if breathing difficulty persists.
Skin Contact: Remove contaminated clothing. Gently wash with plenty of soap and water followed by rinsing with water for at least 15 minutes. Call a POISON CENTER or doctor/physician if you feel unwell. Wash contaminated clothing before reuse.
Eye Contact: Rinse cautiously with water for several minutes. Remove contact lenses, if present and easy to do. Continue rinsing for at least 60 minutes. Immediately call a POISON CENTER or doctor/physician.
Ingestion: Do NOT induce vomiting. Immediately call a POISON CENTER or doctor/physician.
General: Causes serious eye irritation. Causes skin irritation. May cause respiratory irritation. Most
Important Symptoms and Effects Both Acute and Delayed Inhalation: May cause respiratory irritation.
Skin Contact: Causes skin irritation.

CAS No:12042-91-0

ALÜMNYUM Klorhidrat DÜZEY: Alüminyum Klorohidrat, aadaki gibi deneysel olarak açklanan kompleks bazik alüminyum klorürden oluan kompleks bir inorganik tuzdur: Bu kompleks polimeriktir, gevek bir ekilde hidratlanmtr ve 2.1’den balayp 1,9’dan 1’e kadar olmak üzere bir dizi alüminyum ila klorür bileimini kapsar. Amerika Birleik Devletleri’nde , OTC ilaç ürünlerinde bir aktif bileen olarak Alüminyum Klorohidrat kullanlabilir. Aktif bir ilaç bileeni olarak kullanldnda, kurulan isim Alüminyum Klorohidrattr. Alüminyum klorohidrat, AlnCl (3n-m) (OH) m genel formülü ile bir suda çözünür alüminyum kompleksleri grubudur. Reçetesiz satlan hijyen ürünlerinde aktif terlemeyi önleyici ajan olarak% 25’e kadar yer almaktadr. Alüminyum klorohidratn birincil etki alan, cilt yüzeyine nispeten yakn olan stratum korneum tabakasnn seviyesindedir. Su artma ileminde de bir koagülan olarak kullanlr. Alüminyum klorohidrat, AlnCl (3n-m) (OH) m genel formülüne sahip bir tuz grubudur. Deodorantlarda ve antiperspirantlarda ve su artmada topaklayc olarak kullanlr. Alüminyum klorohidrat, alüminyumun hidroklorik asit ile reaksiyona sokulmasyla ticari olarak üretilebilir. Alüminyum metal, alümina trihidrat, alüminyum klorür, alüminyum sülfat ve bunlarn kombinasyonlar dahil olmak üzere bir dizi alüminyum içeren hammadde kullanlabilir.
Alüminyum klorohidrat, genel formül AlnCl (3n-m) (OH) m’ye sahip bir grup özel alüminyum tuzudur. Antiperspirant olarak kozmetikte ve su artmada phtlatrc olarak kullanlr.
Su artmasnda, bu bileik baz durumlarda yüksek arj nedeniyle tercih edilir, bu da askda malzemelerin stabilize edilmesinde ve çkarlmasnda alüminyum sülfat, alüminyum klorür ve çeitli polialüminyum klorür ve polialüminyum klorisülfat gibi dier alüminyum tuzlarna kyasla daha etkili olmasn salar. Alüminyum yapnn, alüminyum klorohidrattan daha düük bir net arjla sonuçland. Ayrca, HCl’nin yüksek nötralizasyon derecesi, dier alüminyum ve demir tuzlarna kyasla artlm su pH’ üzerinde minimal etki ile sonuçlanr.

ALUMINIUM CHLORHYDRATE (Aluminium Chlorohydrate)

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ALUMINIUM CHLORHYDRATE (Aluminium Chlorohydrate)

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