ALKANE SULFONATE (ALKAN SULFONAT)

CAS No. : 85711 – 69 – 9

EINECS No. : 288 – 330 – 3

Synonyms : sodium alkane sulphoneate ; sodium alkan sulfonate ; sodyum alkan sülfonat ; sodyum alkan sulfonat ; sodyum alkane sulfonat ; sodyum alkane sülfonat ; ; SODYUM ALKAN SÜLFONAT ; sodyumalkan sülfonat ; sodyum alkan sülfonat ; sodiumalkane sulphonate , sodium alkane sulphonate İ sodium alkanesulfonate ; Sulfonic acids, C13-17-sec-alkane, sodium salts ; hostapur SAS 60, alkan sülfonat, sekonder, parafin sülfonat ; Parafin Sülfonat ; Hostapur SAS 60 ; Secondary alkane sulphonate, sodium salt ; Sulfonates , C13-17-sec-alkanesulfonates , sodium salts ; Sulfonic acids , C13-17-sec-alkane , sodium salts ; Alkanesulfonates, C13-17-sec , sodium salts ; Emulsogen EP ; Hostapur SAS 30 ; SAS 30 ; Sulfonates , alkanesulfonates , C13-17-sec , sodium salts ; Sulfonic acids, C13-17-sec-alkane, sodium salts ; SOFTIFLOCK NF2 ; Alkyl C13-C17 -sulfonate, Sodium salt ; SODIUMC13-C17SECONDARYALKANESULPHONATE ; C13-C17SEC-ALKANESULPHONICACID , SODIUMSALT ; Sulfonsauren , C13-17-sec-Alkan-, Natriumsalze ; sec-Alkane-(C13-C17)-sulfonic acid sodium salt ; Einecs 288-330-3 ; Sulfonic acids, C13-17-sec- ; SAS, Hostapur SAS 60, Alkane Sulfonate, Hostapur SAS 93, Sodium Alkane Sulfonate, Sulfonic acids, C14-17-sec-alkane, sodium salts; Secondary Alkane Sulfonate Sodium Salt; Alkyl C14-17 Sulfonate ; Hostaphur SAS 60 ; Hostapur SAS 30 ; alkan sulfonat ; alkansülfonat ; alkansulfonat ; alkane sulphonate ; alkan sulphonate ; HOSTAPUR SAS 60 ; HOSTAPHUR SAS 60 ; SECONDARY ALKANE SULPHONATE ; secondary alkane sulphonate ;HOSTAPUR SAS 30 ; SULFONİC ACİDS, C13-17-SEC-ALKANE, SODİUM SALTS

Alkane sulfonate is an anionic surface active materials used in polymerization binder, the binder detergent and textile formulations.

Alkan sülfonat polimerizasyon, binder, bağlayıcı, deterjan ve tekstil formülasyonlarında kullanılan anyonik yüzey aktif malzemedir.

Ataman Chemicals offers high purity Hostapur SAS 60 directly from its stocks for detergent, textile and polymerization industries

HOSTAPUR SAS 60 CAS No : 85711-69-9 , USA: 68608-26-4

EINECS NO: 288-330-3

HOSTAPUR SAS 60 Synonyms: Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt

Chemical Formula: CH3 – (CH2)m – CH – (CH2)n – CH3 SO3 – Na

It (Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) shows appearance at 25 oC like yellowish soft paste.

Hostapur SAS 60 (Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) has sodium sulphate content at max. 4.2%. Hostapur SAS 60 (HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt), by contrast, is a paste that flows at +20 °C but that separates out into two phases of different composition if left to stand for a lengthy period of time. For this reason Hostapur SAS 60 (HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) must be homogenized before use by stirring and, if necessary, by heating. This measure is not necessary if full drums are completely processed.

Hostapur SAS 60 in Storage Terms; Hostapur SAS 60 (Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) can be stored for at least to 2 years in original sealed containers at room temperature under the recommended conditions. Protect from exposure to cold during transport and storage. The properties of Hostapur SAS 60 (Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) are reversibly altered by exposure to cold. If Hostapur SAS 60 (Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) becomes turbid, thickens or freezes through exposure to cold, thaw slowly at room temperature and afterwards stir briey. Yellowish, lightly scented soft dough and waxy ake. As the concentration increases, the surface tension decreases; Low wetting time; The foam height increases as the concentration increases; The aqueous solutions stabilized to 100 oC; Detergent effectiveness is not aected by water hardness; Chlorine / oxidation stability; It does not create sensitivity to the skin; Mutagenic and orgenotoxic; Toxic and carcinogenic; There is no bio-cumulative potential and is destroyed very quickly; There is no health risk under normal use conditions. The Hostapur SAS 60 (Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) 20 oC is a paste (putty), but can be divided into two parts when too long. For this reason, it must be homogenized by mixing or heating before use.

Friendly with the environment; Detergents, anionic surfactants for chemical, technical and cosmetic industries. On the basis of the secondary alkane sulphonate, the starting product (n-parans)

Very good resolution (self-soluble, good low temperature properties)

High wetting action (good drainage properties and fast drying of dishes)

Significant foam strength (high yield of finished products in use)

Excellent oil and soil dispersant action (development of finished products which are described as the best detergent, cleaner and degreaser effective)

Viscose reducing effect (flowable, highly concentrated detergents and cleaners with low water content and preservative and solvent free cleaners, formulations with cost of transport and packaging)

Superior enzyme compatibility (+ effect on enzyme stability)

chemical stability at a wide pH range, – (long storage stable alkaline cleaner formulation – produced for chlorine-containing all purpose cleaners, stability against oxidizing agents.

Increases the activity of modern detergent additives. (Eg dirt remover polymers)

Very good electrolyte compatibility (production of light duty detergents with high content)

Good skin compatibility (light duty dishwashing liquid formulations)

Possibility to adapt to anionic, nonionic and amphoteric surfactants.

Versatility in formulation,

Synergistic effects in use,

Electrically neutral salts (with cationic surfactants).

Low cost (possibility of producing highly concentrated liquid cleaners without hydrogels) –

Fast biodegradation (harmless to the environment)

The most important use of the Hostapur SAS 60 is: Hostapur SAS 60 (Sodium sulphate; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. alkane sulphonate sodium salt ; Sodium C14/17 Sec Alkyl Sulphonate; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODIUM C14-17 ALKYL SEC SULFONATE; HOSTAPUR SAS-60 (60% active); Sodium C14 – 17 Alkyl; sec Sulfonate is an anionic; Sodium C14-17 Alkyl Secsulfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; Sulfonic acids; C13-17-sec-alkane; sodium salts; SOFTIFLOCK NF2; Alkyl C13-C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)-sulfonic acid sodium salt) , dishwashing detergents (standard and concentrate); Laundry detergents (liquid, powder, paste, pre-wetting detergents); Hair and body care cosmetics (shampoos, shower gels, bath foam, liquid soaps, toothpastes); Industrial cleaners automotive cleaners; Metal degreasing agents, alkaline degreasing agents, hand cleaners); Special technical secretary (fire extinguisher foams, emulsion polymerization, textile and leather, airport chemistry)

HOSTAPUR SAS 60 eş anlamlıları: Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu

Kimyasal Formülü: CH3 – (CH2)m – CH – (CH2)n – CH3 SO3 – Na

Hostapus SAS 60 (Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu)’ın içindeki aktif içerik oranı % 59 ila %61 arasındadır. Hostapur SAS 60(Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu)’ın içeriğindeki sodyum sülfanat oranı maksimum %4.2’dir.

Hostapur SAS 60(Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu)’ ın Depolama Şartları; Hostapur SAS 60 (Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu), önerilen koşullar altında oda sıcaklığında orijinal kapalı kaplarda en az 2 yıl saklanabilir. Nakliye ve saklama sırasında soğuktan koruyunuz.

Hostapur SAS 60 (Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu)’ın özellikleri geri dönüşümlü olarak soğuka maruz kalma ile değiştirilir. Hostapur SAS 60(Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu) bulutlu hale gelirse, soğuk maruz kalma ile kalınlaşır veya donar, oda sıcaklığında yavaşça çözülür ve daha sonra kısa bir süre karıştırılır. Sarımsı haf kokulu yumuşak hamur ve waxımsı ake. Konsantrasyon arttıkça yüzey gerilim düşer; düşük ıslatma süresi; konsantrasyon arttıkça köpük yüksekliği artar; sulu çözeltileri 100 oC’ye kadar stabil; deterjan etkililiği suyun sertliğinden etkilenmez; klor/oksidasyon kararlılığı; ciltte hassasiyet oluşturmaz; mutajenik ve orgenotoksik değildir; toksik ve kanserojenik etkisi yoktur; biokümülatif potansiyeli yoktur ve çok hızlı yok edilir; normal kullanım şartları altında sağlık riski yoktur.

– Çevreyle dost; deterjanlar, kimyasal teknik ve kozmetik endüstriler için anyonik yüzey aktierdir. İkincil alkan sülfonat bazında, başlatıcı ürün (n-paranler)

– Çok iyi çözünürlük (kendiliğinden çözünür, iyi düşük sıcaklık özelliklerine sahiptir)

– Yüksek ıslatma hareketi (iyi drenaj (süzülme) özellikleri ve bulaşıkların hızlı kuruması)

– Belirgin köpük gücü (kullanımda bitmiş ürünlerin yüksek verimi)

– Mükemmel yağ ve kir dağıtıcı hareket (en iyi deterjan, temizleyici ve yağ giderici etkili olarak tarif edilen bitmiş ürünlerin geliştirilmesi)

– Viskosite azaltıcı etki,(akabilir, yüksek konsantre deterjanlar ve düşük su içerikli temizleyiciler ve koruyucu ve solvent içermeyen temizleyiciler, taşıma ve paketleme maliyetli formülasyonlar) – Üstün enzim uyumluluğu(enzim kararlılığı üzerinde + etki)

– Geniş bir pH aralığında kimyasal stabilite, – Modern deterjan katkılarının aktivitesini artırır. (örn. Kir giderici polimerler) – Çok iyi elektrolit uyumluluğu (yüksek miktar içerikli haf görevli deterjanların üretimi) – İyi cilt uyumu (haf görevli bulaşık yıkama sıvıları formülasyonları)

– Anyonik, non iyonik ve amfoterik yüzey aktierle uyum imkanı.

– Formülasyonda çok yönlülük,

– Kullanımda sinerjistik etkiler,

– Elektriksel olarak nötral tuzlar (katyonik yüzey aktierle) oluşturabilir.

– Maliyet düşüklüğü (hidrotoplar olmadan yüksek konsantreli sıvı temizleyicilerin üretim imkanı)

– Hızlı biyolojik bozunma.(Çevreye zararsız)

Hostapur SAS 60 (Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu) ‘ın en önemli kullanımı: Hostapur SAS 60 (Sodyum sülfat; HOSTAPUR SAS 60; hostapur sas; hostapur sas 60; Hostapur Sas 60; Hostapur SAS 60; hostapur; Hostapur; HOSTAPUR; Sec. ALKAN SÜLFONAT SODYUM TUZU ; SodyumC14/17 Sec Alkil sülfonat; Paran wax; HOSTAPUR SAS 60 / 93; Sodyum C14-C17 sec-alkil sülfonat; SODYUM C14-17 alkil sec. sülfonat; HOSTAPUR SAS-60 (60% aktif); Sodyum C14 – 17 Alkil; sec Sülfonat is an aniyonik; Sodyum C14-17 Alkil Sec sülfonate; Sulfonsäuren; C13-17-sec-Alkan-; Natriumsalze; ácidos sulfónicos; C13-17-sec-alcano; sales de sodio; acides sulfoniques; sec-alcanes en C13-17; sels de sodium; Sülfonik asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Einecs 288-330-3; Sec. Alkane sulphonate-Na salt; Alkyl C13C17 -sulfonate; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID, SODIUMSALT; Sulfonsauren; C13-17-sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17)- sülfonik asit sodyum tuzu; Sülfonik tuzları; C13-17-sec-alkane; sodium salts; Sülfonik asit; C13-17-sec-alkan; sodyum tuzları; Sülfonic asitler; C13-17-sec-alkane; sodyum tuzları; SOFTIFLOCK NF2; Alkil C13-C17 -sülfonat; Sodium salt; SODIUMC13-C17SECONDARYALKANESULPHONATE; C13-C17SEC-ALKANESULPHONICACID; SODIUMSALT; Sulfonsauren; C13-17sec-Alkan-; Natriumsalze; sec-Alkane-(C13-C17) – sülfonik asit sodyum tuzu) bulaşık yıkama deterjanları (standart ve konsantre); çamaşır deterjanları (sıvı, toz, hamur, ön ıslatma deterjanları); saç ve vücut bakımı kozmetikleri (Şampuanlar, duş jelleri, banyo köpüğü, sıvı sabunlar, diş macunları); endüstriyel temizleyiciler otomotiv temizleyicileri; metal yağ giderici ajanlar, alkali pas gidericiler, el temizleyiciler); özel teknik sektör (Yangın söndürücü köpükler, emülsiyon polimerizasyonu, tekstil ve deri, yağ alanı kimyasallar

Product Characteristics

 Excellent detergent/wetting agent

 Excellent solubility – electrolyte

compatibility – hardness tolerance

 Enzyme and bleach compatible

 Mildness profile superior to LAS

 Foam profile similar to LAS

 Viscous liquid/paste with special

handling/storage requirements

Product Status

 Commercially available

– TSCA registered / DSL listed

 Readily biodegradable

 On-going production in Europe

 Applications – any liquid cleaning

product application

 Many other potential application

areas yet to be explored

Secondary Alkane Sulfonate (SAS) is an anionic surfactant, also called paraffine

sulfonate. It was synthesized for the first time in 1940 and has been used as surfactant

since the 1960ies. SAS is one of the major anionic surfactants used in the market of

dishwashing, laundry and cleaning products.

Secondary Alkane Sulfonate (SAS) ( PARAFFIN SULFONATE 60 % ) belong to the ethoxylates family and can be applied as anionic surfactant for the Cleaning Products industry

Human Health

The presence of SAS in many commonly used household detergents gives rise to a

variety of possible consumer contact scenarios including direct and indirect skin contact,

inhalation, and oral ingestion derived either from residues deposited on dishes, from

accidental product ingestion, or indirectly from drinking water.

The consumer aggregate exposure from direct and indirect skin contact as well as from

inhalation and from oral route in drinking water and dishware results in an estimated total

body burden of 3.87 µg/kg bw/day.

The toxicological data show that SAS was not genotoxic in vitro or in vivo, did not

induce tumors in rodents after two years daily dosing using both, the oral and dermal

route of exposure, and failed to induce either reproductive toxicity or developmental or

teratogenic effects. The critical adverse effects identified are of local nature mainly due to

the irritating properties of high concentrated SAS.

Comparison of the aggregate consumer exposure to SAS with a systemic NOEL of 180

mg/kg body weigh per day (assuming 90% absorption; adapted from Michael, 1968)

which is based on a chronic feeding study, results in an estimated Margin of Exposure

(MOE) of 46500. This is a very large Margin of Exposure, large enough to account for

the inherent uncertainty and variability of the hazard database and inter species and intra

species extrapolations (which are usually conventionally estimated at a factor of 100).

Neat SAS is an irritant to skin and eyes in rabbits. The irritation potential of aqueous

solutions of SAS depends on concentration. However, well documented human volunteer

studies indicate that SAS up to concentrations of 60% active matter is not a significant

skin irritant in humans. Local effects of hand wash solutions containing SAS do not cause

concern given that SAS is not a contact sensitizer and that the concentrations of SAS in

such solutions are well below 1% and therefore not expected to be irritating to eye or

skin. Laundry pre-treatment tasks, which may translate into brief hand skin contact with

higher concentrations of SAS, may occasionally result in mild irritation easily neutralized

by prompt rinsing of the hands in water. Potential irritation of the respiratory tract is not

a concern given the very low levels of airborne SAS generated as a consequence of

cleaning spray aerosols or laundry powder detergent dust.

In view of the extensive database on toxic effects, the low exposure values calculated and

the resulting large Margin of Exposure described above, it can be concluded that use of

SAS in household laundry and cleaning products raises no safety concerns for the

consumers.

Secondary alkane sulfonate (SAS) is an anionic surfactant and was manufactured by

sulfoxidation of n-paraffins already in 1940 (Platz and Schimmelschmidt, 1940). It was

introduced as surfactant in the 1960s. Very good water solubility, high wetting action,

pronounced foaming power, excellent grease- and soil dispersing properties make SAS an

important surfactant ingredient in detergents especially for dish washing (Clariant, 2000).

Several reviews for SAS are available which were used as starting point of this

assessment (Painter, 1992; Vollebregt and Westra, 1998; Vollebregt and Westra, 2000;

Madsen et al, 2001).

In addition a Life-cycle assessment (LCA) for surfactants exists where SAS is covered as

well (Stalmans et al, 1995).

CAS Numbers in use for EU

CAS No. 85711-69-9 and EINECS No. 288-330-3 for “Sulfonic acids, C13-17-secalkane, sodium salts” represent the main SAS type used in the European market and are

addressed in this risk assessment. The assessment provided in this report also includes

other CAS-No. given below in Table 3.1.1 with their respective CAS/EINECS numbers

and names:

Table 3.1.1: CAS and EINECS numbers of SAS in the European market

CAS No. EINECS No. NAME

85711-69-9 288-330-3 Sulfonic acids, C13-17-sec-alkane, sodium salts

68037-49-0 268-213-3 Sulfonic acids, C10-18-alkane, sodium salts (used in IUCLID)

97489-15-1 307-055-2 Sulfonic acids, C14-17-sec-alkane, sodium salts

85711-70-2 288-331-9 Sulfonic acids, C14-18-sec-alkane, sodium salts

75534-59-7 – Sulfonic acids, C13-18-sec-alkane, sodium salts

Chemical structure and composition

SAS in the European market is a specific and rather constant mixture of closely related

isomers and homologues generated by sulfoxidation of n-paraffins. SAS contains a

sulfonate group distributed over the n-paraffin chain and mainly located at one of the

secondary C-atoms, as shown below (Clariant, 2000):

m + n = 11-14

Average chain length: C15,9

Average Mol weight 328 g/Mol

H3C (CH2) CH

SO3Na

(CH2 m )

n CH3

The linear alkyl chain (linearity > 98%) has typically 14 to 17 carbon units with an

average of 15,9 carbon atoms which corresponds to an average molecular weight of 328

Dalton. The C-chain distribution is given in table 3.1.2

Table 3.1.2: C-chain length distribution

Carbon chain Distribution

< C13 < 2 % C13 – C15 > 45 %

C16 – C17 < 55 % > C17 < 4 % The content of primary alkane sulfonates is < 1 %. The sulfoxidation in the presence of UV light and water results in a mixture of about 90 % mono- and 10 % disulfonic acids (Hauthal, 1995), which contribute favourably to the well-balanced application properties. The paraffin cut used for the sulfoxidation ensures a product characterised by optimum foaming, wetting, emulsifying, washing and cleaning performance. The chemical composition guarantees good solubility, strong surfactant properties and high chemical stability at high and low pH values. The commercial SAS consists of many individual components (Hauthal, 1995). The present risk assessment adopts a category approach, i.e., considers the fate and effects of the SAS mixture as described above, rather than of each isomer and homologue separately. Consequently, calculated values of SAS properties refer to the average carbon chain length of about 16. The typical composition and the appearance of commercial products is given in table 3.1.3 (Clariant, 2000). While SAS obtained from the sulfoxidation, is a waxy residue, SAS 60 and SAS 30 are aqueous mixtures of SAS. Table 3.1.3: Typical composition of commercial SAS 60 and 30 (Clariant, 2000) SAS 60 SAS 30 Active content ca. 60 % ca. 30% Appearance yellowish soft paste clear faintly yellowish liquid Sodium sulfate max. 4,2 % max. 2,1 % Residual paraffins max. 0,7 % max. 0,4 % Physico-chemical properties In table 3.1.4 the physico-chemical properties of SAS are given Table 3.1.4: Physico-chemical data of SAS Parameter Value Reliability Remark Physical state yellowish waxy 1 Clariant, 2003 Bulk density (kg/m3 ) ca. 600 1 Clariant, 2003 Melting point (deg C) < 200 (softening) 1 Clariant, 2003 Boiling point (deg C) not determ. - Clariant, 2003 Vapour pressure at 25 C (Pa) 5,3*10-11 2 calculated for C16 SAS1 (US EPA, 2000a) Water solubility at 25 C (g/L) ca. 300 1 Clariant, 2003 log Kow 2,76 2 calculated for C16 SAS1 (US EPA, 2000b) Koc (L/kg) not applicable - see Chapter 4.1.1.6 Henry coefficient (unitless) 3,6*10-5 2 calculated for C16 SAS1 (US EPA, 2000c) pKa (25 C) < 0 2 estimated for C16 SAS1 based on pKa of Methansulfonic acid (Evans, 2003) pH (20 C, 10g/L) ca. 7 1 Clariant, 2003 Reliability criteria of IUCLID are used: 1 valid without restriction 2 valid with restrictions 3 not valid 4 validity is not assignable 1 explanation sees following text on Physico-chemical data Boiling point and Vapour pressure As SAS is a sodium salt, a very high boiling point can be expected and was therefore not measured. In addition, the vapour pressure of this salt at room temperature is so low that it could not be experimentally determined; instead, it was estimated for 16C-SAS (see table 3.1.4, US EPA, 2000a). Octanol- water partitioning coefficient Kow The Kow of SAS cannot be measured because of its surface active properties (Boethling and Mackay, 2000). Instead the Kow was estimated for 8-Hexadecasulfonic acid , sodium salt (16C-SAS) with the US EPA Property Estimation Program KOWWin (see table 3.1.4, US EPA, 2000b) providing all structural fragments available including the ionic sulfonate group. Henry’s Law Constant (HLC) The estimated HLC of 16C-SAS is very low due to the negligible vapour pressure of 16C-SAS and its high water solubility. Therefore the ionic SAS is not volatile (see table 3.1.4, US EPA, 2000c). Acid constant pKa and pH A pKa value for the corresponding acid of SAS and for longchain primary or secondary alkanesulfonic acids is not available. Instead the pKa of Methanesulfonic acid of – 2,6 (Evans, 2003) determined in DMSO was used to estimate that the longchain alkanesulfonic acid having +I inductive carbon chain would increase the pKa but would be most likely still below 0. This means that the SAS-based sulfonic acid is a very strong acid and that these sulfonic acids will be completely deprotonated to sulfonates under environmental conditions. In addition the corresponding bases - the alkanesulfonates - are very weak bases and therefore aqueous solutions of these salts are neutral as is demonstrated with the measured pH of a SAS solution Manufacturing Route Basically, secondary alkane sulfonates (SAS) can be manufactured by sulfoxidation and sulfochlorination. The alkane sulfonates produced by sulfochlorination (Reed, 1933) are mainly used for non-detergent technical purposes as they contain undesirable by-products. SAS manufactured by sulfochlorination are not covered in this HERA risk assessment. The secondary alkane sulfonates manufactured by sulfoxidation (Platz and Schimmelschmidt, 1940) are mainly used in household products and have a low content of undesirable by-products. They are prepared by reacting n-paraffins with sulfur dioxide and oxygen in the presence of water whilst irradiating with ultraviolet light. Secondary Alkane Sulfonates (SAS) obtained from sulfoxidation are a mixture of closely related isomers and homologues of secondary alkane sulfonate sodium salts. RH + 2 SO2 + O2 + H2O RSO3H + H2SO4 RSO3H + NaOH RSO3Na + H2O The industrial sulfoxidation of n-paraffins is a photooxidation in the presence of water carried out in a multi-lamp reactor. This process does not require any catalyst or solvent. A gaseous mixture of SO2 and O2 is introduced into the reaction mixture by gas injection. The mixture of SO2, O2 and n-paraffins is exposed to UV light produced by high-pressure mercury lamps. The reaction gas is circulated and the reaction liquid is removed at the bottom of the reactor. The product phase which is the lower layer is separated and the upper layer which is the (unreacted) paraffin phase, is cooled and replenished with water. The unreacted n-paraffins are returned into the reactor again. After concentration of the product phase under reduced pressure, separation of the sulphuric acid and neutralization of the concentrate with sodium hydroxide solution, the remaining paraffins are removed from the raw product by steam destillation with superheated steam. The steam distillate is again separated and the paraffins are returned to the reaction mixture. The remaining product melt is finally distributed into water to achieve commercial aqueous SAS products with 60% or 30% SAS content The total alkane sulfonate production capacity in Western Europe (comprising the sulfochlorination and sulfoxidation processes) is estimated to be 81.000 tons/year in 2001 (CESIO, 2003). Sales and captive use in Western Europe accounts for about 76.000 tons/year in 2001 (CESIO, 2003). According to CESIO (2003), 63 % of the 76.000 tons/year in 2001 are used in household applications (48.000 tons/year). The alkane sulfonates produced via sulfochlorination are not used in household applications. In addition to the household application, 24 % (18.000 tons/year) alkane sulfonate for Industrial & Institutional use is ultimately released down-the-drain. The remaining 13 % (10.000 tons/year) alkane sulfonate for technical uses (textile, leather, paper, polymers, constructives, paint, coating, inks, minery, metalworking, oil refinery, agriculture, food and feed additives etc.) are basically non-down-the-train applications. For this HERA targeted Risk Assessment the household use (scope of HERA) and Industrial & Institutional use - together 66.000 tons/year - ultimately released down-the-drain, are taken into account. Most of the commercial SAS is sold as an aqueous solution with 60 % or 30 % active ingredient The total alkane sulfonate production capacity in Western Europe (comprising the sulfochlorination and sulfoxidation processes) is estimated to be 81.000 tons/year in 2001 (CESIO, 2003). Sales and captive use in Western Europe accounts for about 76.000 tons/year in 2001 (CESIO, 2003). According to CESIO (2003), 63 % of the 76.000 tons/year in 2001 are used in household applications (48.000 tons/year). The alkane sulfonates produced via sulfochlorination are not used in household applications. In addition to the household application, 24 % (18.000 tons/year) alkane sulfonate for Industrial & Institutional use is ultimately released down-the-drain. The remaining 13 % (10.000 tons/year) alkane sulfonate for technical uses (textile, leather, paper, polymers, constructives, paint, coating, inks, minery, metalworking, oil refinery, agriculture, food and feed additives etc.) are basically non-down-the-train applications. For this HERA targeted Risk Assessment the household use (scope of HERA) and Industrial & Institutional use - together 66.000 tons/year - ultimately released down-the-drain, are taken into account. Most of the commercial SAS is sold as an aqueous solution with 60 % or 30 % active ingredient The potential of SAS to biodegrade under aerobic conditions was intensively investigated. The results of these tests were listed in reviews but mostly without sufficient details (e.g. DHI, 2001; Painter, 1992; Schoeberl, 1997; Voolebregth and Westra, 1998). In table 4.1.1.1.1. those biodegradation results were given where sufficient information was available to differentiate between primary and ultimate biodegradation and to check the reliability of the results as well. Primary biodegradation (EU, 1999) means alteration in the chemical structure of a substance, brought about by biological action, resulting in the loss of specific properties (e.g. for surfactants surface activity and ecotoxicity). Primary biodegradation of surfactants is often monitored using colorimetric analytical methods (e.g. MBAS Methylene Blue Active Substances). Ultimate biodegradation (EU, 1999) is the level of degradation achieved when the test compound is totally utilised by micro-organisms resulting in the production of carbon dioxide (for aerobic conditions), water, mineral salt(s) and new microbial cellular constituents (biomass). Ultimate biodegradation is monitored using analytical methods appropriate for the test method applied (e.g. removal of Dissolved Organic Carbon (DOC), carbon dioxide formation etc). Achieving rapid primary biodegradation for surfactants is required by EU legislation (e.g. EU, 1973; EU, 1982) but only if the surfactant meets the criteria for ready (ultimate) biodegradability it can be concluded that the chemical will undergo rapid and ultimate biodegradation in the environment The data show that SAS is ultimately biodegradable and meets the OECD criteria for ready biodegradability. For the following exposure assessment of SAS it is important to note that several comparative studies exist into the biodegradation kinetics of SAS and LAS in standard screening tests. They show unequivocally that primary as well as ultimate biodegradation of SAS is considerably faster. For instance, MBAS removal in the OECD Screening Test was about 10% after 5 days for LAS while SAS had already attained 85% in this time period (Tegewa, 1989). Similarly, the linear part of the CO2 evolution kinetics determined in the CO2 evolution test (OECD 301B) revealed a mineralisation rate of 6.2%/d for SAS and 3.1%/d for LAS (Clariant, 2004). Finally, comparative studies of the CO2 evolution from radiolabelled (U-14C) SAS and (ring-14C) LAS in a 12-day batch test (Lötzsch et al., 1979) underlined again the faster and more extensive mineralisation of SAS. The results from the Sewage Treatment Plant Simulation tests show a very high removal. Hrsak et al (1981) have also demonstrated that SAS loadings varying from ca. 50 to 500 mg/L can be fed in to a simulation test system (OECD Confirmatory Test) without any effect on the high primary degradation of SAS. Metabolic Pathway for SAS Primary n-alkanesulfonates are metabolised to bisulfite and the corresponding aldehyde The metabolic pathway of SAS is not fully investigated. Thysse and Wanders (1974) isolated an alkane sulfonate hydroxylase which was able to desulfonate n-C12-SAS forming 2-Dodecanone. Swisher (1987) suggested that the first step in metabolism is the formation of a ketobisulfite, which forms the ketone and bisulfite. The ketone may be further oxidized to an alkylacetate ester. Ester cleavage yields acetate and an alcohol which is further metabolised via ß-oxidation. Based on this metabolic pathway, the formation of recalcitrant metabolites is unlikely. This was also proven experimentally in a special test for the detection of recalcitrant metabolites (Gerike and Jasiak, 1985, 1986). Biodegradation / Elimination in Continuous Activated Sludge Systems (CAS) As was shown in table 4.1.1.1.1 SAS is eliminated in Continuous Activated Sludge Systems to a very high extent. Around of 16% SAS is carried over to activated sewage sludge (Field et al., 1995, see Chapter 4.1.2 Removal) and ca. 83% of the elimination determined in CAS Tests can be attributed to biodegradation Biodegradation and Half-lives of SAS in River water Schöberl et al. (1998) have measured the primary biodegradation of SAS in river water using a river simulation model (aquatic stair case model) fed with the effluent of a Confirmatory Test and flow rate of 1 m/h. The half-life from the primary degradation in the river simulation model of 0,7 to 0,9 h is in the same order of magnitude as was measured for LAS in a comparable river simulation model (t1/2 = 2.2 – 4.7 h) (Steber 1997) and in European rivers (1-3 h) (see HERA, 2002b). As the LAS data are based on measurements in rivers the half-life for SAS in river water is assumed to be the same and a half-life of 3h is used as realistic worst case. Anaerobic biodegradation in water SAS is not biodegraded under strict anaerobic conditions (Field et al., 1995). 4.1.1.2 Biodegradation in Sediment and Soil Experimental data on the aerobic and anaerobic degradability of SAS in sediment and soil are not available. However, it is justified to make use of the pertinent comprehensive information about LAS (HERA, 2002b) for prediction of the biodegradation kinetics of SAS in sediment and soil. It has been established that primary and ultimate biodegradation of SAS in standard screening tests is faster compared to LAS (see chapter 4.1.1.1). Furthermore, it could be shown (Steber & Richterich, 1993) that the biodegradation of chemicals in screening tests using soil as inoculum is at least as effective as using a standard (sewage) inoculum. Consequently, it can be conservatively concluded that the half-life of LAS in aerated soil (t1/2 = 7 d) is also applicable to SAS. In agreement with the EU Technical Guidance Documents on Risk Assessment for Chemical substances (EU, 2003a) the half-life of 7d is also being used in the exposure calculations for aerated sediment. 4.1.1.3 Abiotic Degradation in Air Due to the very low volatility of SAS degradation in air is not a relevant fate pathway and therefore is not considered in this assessment. 4.1.1.4 Abiotic Degradation in Water, Sediment and Soil SAS does not hydrolyse in water, sediment and soil. The molecular structure indicates that photolysis in surface water and top soil can be neglected as well. 4.1.1.5 Volatilisation Based on the Henry coefficient of SAS (see table 3.1.2) volatilisation is not a relevant elimination factor. 4.1.1.6 Sorption to soil, sediment and sludge The sorption behaviour of SAS was determined for 5 Eurosoils and 1 Sediment (Clariant, 2001a) according to the OECD Guideline 106. Sorption to municipal sewage sludge was determined according ISO Guideline 18749 (Clariant, 2001b). The sorption constants Kd are shown in table 4.1.1.6. The sorptive effects in the different matrices cannot be attributed to the organic carbon content alone as is obvious from the ‘calculated Koc’ values (see table 4.1.1.6) which vary considerably. Koc alone is therefore not an adequate parameter to describe the sorption behaviour of SAS. Table 4.1.1.6 Measured Sorption constants of SAS to Sediment, Soils and municipal Sewage sludge (Clariant, 2001a & 2001b) Sediment EUROSOIL 4 EUROSOIL 2 EUROSOIL 1 EUROSOIL 3 EUROSOIL 5 Sewage sludge Description sand silt silt loam clay 4.1.1.7 Bioconcentration Salts of strong acids like sulfonates are known to be poorly absorbed into living cells because the charged species are hindered to cross membranes (Boethling & Mackay, 2000). Bioconcentration studies with radiolabelled homologues of the surfactant Linear Alkylbenzenesulfonate (LAS) gave BCF values allowing calculation of an average BCF= 66 L/kg (HERA, 2002b). The absorption behaviour of charged species is taken into account by the QSAR calculation programme BCFWin from US EPA (US EPA, 2000d) which uses different Kow dependent equations for ionic compounds. As for SAS no measured BCF values are available a QSAR approach was used and applied to 8-Hexadecansulfonic acid sodium salt (C16-SAS) (see table 4.1.1.7). SAS is one of the major anionic surfactants used in the market of dishwashing, laundry and cleaning products. In this respect about 63% of the total SAS volume in Western Europe is assigned for the use in household applications. Main uses (>80%) are standard

dishwashing liquids (at a typical concentration range of 3% to 29%). Minor uses are

laundry detergents at a typical concentration range of 1% to 15%, household cleaners at a

typical concentration range of 0.2% to 15%. The SAS volumes used for cosmetics hair,

body care products and industrial cleaners are outside the scope of this HERA-Risk

assessment.

Conclusion

SAS (60% active matter) was tested for systemic toxicity using both, the oral and the

dermal route of exposure. With regard to oral uptake, a chronic feeding study has

demonstrated that concentrations of SAS in the diet up to 0.4% have been tolerated by the

animals without any significant effect. As a first approximation this concentration

corresponds to about 200 mg/kg body weight per day. Even at the highest level of 2% in

the diet (approximately 1000 mg/kg body weight per day) only unspecific effects not

accompanied by any functional or structural changes have been observed. In view of the

results of a 2-year bioassay in rats, dietary concentrations of up to 2% SAS (w/w)

(approximately 1000 mg/kg bw/day) were tolerated without any significant toxicological

side effects (see 5.2.1.7).

Repeated dermal application on mice of SAS solutions as high as 32% (w/v) for 4

respectively 5 weeks, resulted neither in mortality nor any substance related systemic

toxicity. The only changes noted were local skin effects due to irritative properties. SAS

solutions up to 8% (w/v) proved to be without any effects.

Hostapur SAS 60

SURFACTANT

Hostapur SAS – A surfactant with optimum application properties and less impact on the environment.

Benefits

Very good solubility

High wetting action

Pronounced foaming power

Excellent grease- and soil-dispersing action

Viscosity-dressing action

Outstanding enzyme compatibility

Chemical stability over a wide pH range

Increases action of modern detergent additives

Very good electrolyte compatibility

Possibility of combination with anionic, nonionic and amphoteric surfactants

Cost reduction

Low aquatic toxicity with less impact on the environment

Packaging and Handling

Dishwashing liquids

Laundry detergents

Household cleaners

Cosmetic hair and bidy care products

Industrial cleaners

Special technical sectors

Documents

HOSTAPUR SAS 60

Malzeme No. : 102490

Kimyasal yapısı: Sekonder alkan sülfonat sodyum tuzu (60% aktif)

INCI adı:: Sodium C14-17 Sec Alkyl Sulfonate

1.2. Madde veya karışımın belirlenmiş kullanımları ve tavsiye edilmeyen kullanımları

Madde/Karışımın kullanım alanı

Endüstriyel sektörü : Deterjanlar

Kullanım şekli : Deterjanlar için hammadde

Sulfonic acids, C14-17-sec-alkane, sodium salts

cas no : 97489-15-1

Sulfonic acids, C14-

17-sec-alkane,

sodium salts

CAS-No.: 97489-15-1

HOSTAPUR SAS-60 (60% active), Sodium C14 – 17 Alkyl sec. Sulfonate is an anionic, biodegradable surfactant for the detergent industry.

Sodium C14-17 Alkyl Sec Sulfonate. Hostapur SAS 60 by Clariant acts as a detergent base and surfactant. It possesses good wetting properties and high degreasing effect.

Hostapur SAS 60 finds application in formulating bubble baths, shower gels, shampoos and personal care cleansing products.

Transportation

The loading temperature ex works for delivery by road tanker is for Hostapur SAS 60 → 70–90 °C.

Although Hostapur SAS 60 is still pumpable at room temperature with the pumps mentioned in section Conveying/mixing, the temperature during transport should not fall below

65 °C so as to facilitate handling and conveying. The road tankers intended for transporting Hostapur SAS 60 have standard R 3” connections or conventional hose couplings.

Storage

Hostapur SAS 60 separates out in storage into two phases, one containing more surfactant than the other. In addition, sodium sulphate can separate out at fairly low temperatures.

It is therefore necessary to stir or pump round the tank contents constantly and at the same time to maintain a storage temperature of 65–90 °C. If a circulating pump is used,

entrainment of air must be prevented by suitable design of the return pipe.

Ataman Kimya SAS grades are versatile anionic surfactants with outstanding surface-active properties like strong grease removal and excellent wetting behavior in Home Care, Industrial & Institutional

Cleaning, Technical Applications and Personal Care. They have a good ecotoxicological profile and show a good dermatological and toxicological compatibility. SAS grades are produced

by sulphoxidation of n-paraffin by the Hoechst light/water process and are environmentally friendly surfactants with very good biodegradability.

Benefits

Strong grease removal

Excellent wetting & emulsification properties

Good particle soil removal

High tolerance towards hard water

Stability over a wide pH range and high compatibility with enzymes, electrolytes and oxidizing agents, like chlorine

Viscosity depressing action

Benzene and ethylene oxide free

Good skin compatibility

Low aquatic toxicity with low impact on the environment

Technical Profile

Chemical Name: Sulfonic acids, C14-17-sec-alkane, sodium salts

Available in liquid, paste as well as in pellet and granular form

Color: Colorless to yellowish

Compatible with all other detergent ingredients

Permits universal processing in all fields of use

Home Care:

Manual Dishwashing

Hard Surface Cleaning

Fabric Care:

Laundry Detergents

Special Detergents

Laundry Aids

I&I:

Industrial Cleaner

Institutional Cleaner

WeylClean SAS 60 (Hostapur SAS 60)

Вторичный алкансульфонат, натриевая соль (60% активного вещества)

Анионное ПАВ. Вторичный алкилсульфонат натрия С14-С17, 60% паста. Обладает отличной пенообразующей способностью, в том числе в жесткой воде,

хорошей солюбилизирующей и эмульгирующей способностью в отношении масел и жиров, превосходными моющими свойствами для удаления различных загрязнений,

малой чувствительностью к присутствию электролитов. WeylClean SAS 60 химически устойчив в сильнощелочных и сильнокислых средах, в присутствии окислителей,

термически устойчив в водных растворах при температуре кипения, в порошках и гранулах до температур 230-250°С. Отлично совместим с энзимами, обладает высокой

биоразлагаемостью. Подробнее: https://www.atamankimya.com

WeylClean SAS 93

Анионное ПАВ. Вторичный алкилсульфонат натрия С14-С17, 93% основного вещества. Пеллеты светло-желтого цвета. Обладает отличной пенообразующей способностью, в том

числе в жесткой воде, хорошей солюбилизирующей и эмульгирующей способностью в отношении масел и жиров, превосходными моющими свойствами для удаления различных загрязнений,

малой чувствительностью к присутствию электролитов. WeylClean SAS 93 химически устойчив в сильнощелочных и сильнокислых средах, в присутствии окислителей, термически устойчив

в водных растворах при температуре кипения, в порошках и гранулах до температур 230-250°С. Отлично совместим с энзимами, обладает высокой биоразлагаемостью.

Алкилсульфонат Другие названия: S-60, вторичный сульфонат алкана Внешний вид: желтая коричневая толстая жидкость Производительность: хорошая производительность для диффузии и

уменьшения поверхностного натяжения, быстрая проницаемость Растворимость: растворим в любой жесткости воды Кислота и щелочь: PH7- 8 (1% водный раствор) Ионизация: анионное

Использование смеси: может одновременно использоваться вместе с анионными и неионогенными поверхностно-активными веществами. Стабильность: стойкость к кислоте, щелочи, жесткой воде,

солеустойчивости. Содержание: 60% Проникновение: ≤ 3 секунды (1% раствор)

Алкилсульфонат

Другие названия: S-60, вторичный сульфонат алкана

Внешний вид: желто-коричневая толстая жидкость

Производительность: хорошая производительность для диффузии и уменьшения поверхностного натяжения, высокая проницаемость

Растворимость: растворим в любой жесткости воды

Кислота и щелочь: PH7-8 (1% водный раствор)

Ионизация: анионная

Использование смеси: одновременно может использоваться вместе с анионными и неионогенными поверхностно-активными веществами

Стабильность: стойкость к кислотам, щелочам, жесткой воде, солеустойчивости.

Содержание: 60%

Проникновение: ≤ 3 секунды (1% раствор)

Использование:

1.Печать и крашение промышленности: в основном используется для приготовления рафинера, детергента, выравнивающего средства, диспергатора.

2. Производство масла: для уменьшения поверхностного натяжения системы, используемого в качестве масляно-вытесняющего агента в нефтяном месторождении трех процессов добычи нефти.

3. Крашение промышленности: используется в качестве диффузионных добавок, используемых при производстве водорастворимых красителей, в качестве коммерческих красителей для диспергаторов, улучшает красители растворимости и вододиспергируемости.

4. Кожевенная промышленность: как кожа проникающий агент, крася вспомогательные вещества.

5. Коклюшный тушитель: является основным компонентом тушителя Coke с идеальной производительностью.

6. Пестицидная промышленность: используется в качестве смачиваемого порошка пестицида, эмульгатора, а также диспергирующего агента для аэрозольного пестицида с очень высоким соотношением эксплуатационных характеристик.

7.Concrete добавки: используется в качестве водоотталкивающего агента и воздуха, захваченного для продукта цементного бетона с небольшим количеством.

8. Ежедневная химическая промышленность: составной компонент ежедневного моющего средства.

9. Полимерный эмульгатор: анионный эмульгатор для эмульсионной полимеризации акриловой кислоты.

10. Гальваническая промышленность: используется в качестве абсорбента.

11 бумажная промышленность: используется в качестве де-чернильного агента.

Упаковка: пластиковая бочка 200 л или пластиковая бочка 125 л

Hostapur SAS 60, HostapUR SAS 30, Hostapur SAS 93, sekonder alkan sülfonat, alkan sülfonat, alkansülfonat, alkansulfonat, secondary alkane sufonate, SAS 60, SAS 30, SAS 93

Ataman Kimya alkan sülfonat, deterjan ve kozmetik olmak üzere, birçok temizleme ürünlerinde yüzey aktif olarak kullanılır. İyi bir temizleme ve köpük aktifine sahiptir.

Alkan Sülfonate Ürün özellikleri

 Mükemmel deterjan / ıslatma maddesidir

 Mükemmel çözünürlük – elektrolit

uyumluluk – sertlik toleransı

 Enzim ve ağartıcı uyumlu

 LAS’tan üstün yumuşaklık profili

 LAS’a benzer köpük profili

 Viskoz sıvı / özel taşıma / depolama gereksinimleri

ürün durumu

 Stoklarımızda sürekli mevcuttur

– TSCA kayıtlı / DSL listelendi

 Biyolojik olarak kolayca parçalanabilir

 Avrupa’da devam eden üretim

 Uygulamalar – herhangi bir sıvı temizleme

ürün uygulamasında kullanılabilir.

 Diğer birçok potansiyel uygulama

Henüz keşfedilmemiş alanlar

İkincil ( Sekonder ) Alkan Sülfonat (SAS), parafin olarak da adlandırılan anyonik bir yüzey aktif maddedir.

İlk kez 1940 yılında sentezlenmiş ve yüzey aktif madde olarak kullanılmıştır.

1960’lardan beri SAS, piyasada kullanılan başlıca anyonik yüzey aktif maddelerden biridir. Bulaşık, çamaşır ve temizlik ürünlerinde başarıyla kullanılır.

İkincil alkan sülfonat (SAS) bir anyonik yüzey aktif maddedir ve halihazırda 1940 yılında n-parafinlerin sülfoksidasyonu ile üretilmiştir (Platz ve Schimmelschmidt, 1940).

1960’larda sürfaktan olarak tanıtıldı. Suda çok iyi çözünürlük, yüksek ıslatma etkisi, belirgin köpürme gücü, mükemmel yağ ve kir dağıtma özellikleri, SAS’ı özellikle bulaşık

yıkamada deterjanlarda önemli bir yüzey aktif madde bileşeni haline getirir.

Avrupa pazarındaki kimyasal yapı ve bileşim SAS, n-parafinlerin sülfoksidasyonu ile üretilen yakından ilişkili izomerlerin ve homologların spesifik ve oldukça sabit bir karışımıdır. SAS, bir

sülfonat grubu, n-parafin zinciri üzerinde dağılmış ve aşağıda gösterildiği gibi esas olarak ikincil C atomlarından birinde yer almaktadır (Clariant, 2000):

m + n = 11-14

Ortalama zincir uzunluğu: C15,9

Ortalama Mol ağırlığı 328 g / Mol

H3C (CH2) CHSO3Na(CH2 m)n CH3

Doğrusal alkil zinciri (doğrusallık>% 98) tipik olarak 14 ila 17 karbon birimine sahiptir.

328 ortalama molekül ağırlığına karşılık gelen ortalama 15,9 karbon atomu

Dalton. C-zinciri dağılımı Tablo 3.1.2’de verilmiştir.

Tablo 3.1.2: C-zinciri uzunluk dağılımı

Karbon zinciri Dağıtımı

% 45

C16 – C17 <% 55 > C17 <% 4 Birincil alkan sülfonatların içeriği <% 1'dir. UV ışığı ve su mevcudiyetinde sülfoksidasyon, iyi dengelenmiş uygulama özelliklerine olumlu bir şekilde katkıda bulunan yaklaşık% 90 mono- ve% 10 disülfonik asitlerin (Hauthal, 1995) bir karışımıyla sonuçlanır. Sülfoksidasyon için kullanılan parafin kesimi, optimum köpürme, ıslatma, emülsiyonlaştırma, yıkama ve temizleme performansı ile karakterize edilen bir ürün sağlar. Kimyasal bileşim, yüksek ve düşük pH değerlerinde iyi çözünürlük, güçlü yüzey aktif madde özellikleri ve yüksek kimyasal stabilite garanti eder. Ticari SAS birçok kişiden oluşur bileşenler (Hauthal, 1995). Mevcut risk değerlendirmesi bir kategori yaklaşımı benimser, yani SAS karışımının kaderini ve etkilerini yukarıda açıklandığı gibi dikkate alır. her izomer ve homolog ayrı ayrı. Sonuç olarak, SAS özelliklerinin hesaplanan değerleri, yaklaşık 16 olan ortalama karbon zinciri uzunluğuna karşılık gelir. Ticari ürünlerin tipik bileşimi ve görünümü tabloda verilmiştir. 3.1.3 (Clariant, 2000). Sülfoksidasyondan elde edilen SAS, mumsu bir tortu iken, SAS 60 ve SAS 30, SAS'ın sulu karışımlarıdır. Ataman Chemicals SAS 60 Üretim Metodu Temel olarak, ikincil alkan sülfonatlar (SAS) sülfoksidasyon ve sülfoklorlama yoluyla üretilebilir. Sülfoklorlama ile üretilen alkan sülfonatlar (Reed, 1933), istenmeyen yan ürünler içerdikleri için esas olarak deterjan olmayan teknik amaçlar için kullanılır. Sülfoklorlama ile üretilen SAS, bu HERA risk değerlendirmesine dahil değildir. Sülfoksidasyonla üretilen ikincil alkan sülfonatlar (Platz ve Schimmelschmidt, 1940) esas olarak ev ürünlerinde kullanılır ve düşük bir istenmeyen yan ürün içeriğine sahiptir. Ultraviyole ışık ile ışınlanırken su varlığında n-parafinlerin kükürt dioksit ve oksijen ile reaksiyona sokulmasıyla hazırlanırlar. İkincil Sülfoksidasyondan elde edilen alkan sülfonatlar (SAS), yakından ilişkili izomerlerin ve ikincil alkan sülfonat sodyum tuzlarının homologlarının bir karışımıdır. RH + 2 SO2 + O2 + H2O RSO3H + H2SO4 RSO3H + NaOH RSO3Na + H2O N-parafinlerin endüstriyel sülfoksidasyonu, çok lambalı bir reaktörde gerçekleştirilen su varlığında bir foto-oksidasyondur. Bu işlem herhangi bir katalizör veya çözücü gerektirmez. Reaksiyon karışımına gaz enjeksiyonu ile bir gaz halinde S02 ve O2 karışımı verilir. SO2, O2 ve n-parafin karışımı, yüksek basınçlı cıva lambalarının ürettiği UV ışığına maruz kalır. Reaksiyon gazı sirküle edilir ve reaksiyon sıvısı, reaktörün tabanından çıkarılır. Alt katman olan ürün fazı ayrılır ve (tepkimeye girmemiş) parafin fazı olan üst katman soğutulur ve su ile doldurulur. Reaksiyona girmemiş n-parafinler tekrar reaktöre geri gönderilir. Ürün fazının düşük basınç altında yoğunlaştırılmasından, sülfürik asidin ayrılmasından ve konsantrenin sodyum hidroksit çözeltisi ile nötrleştirilmesinden sonra, kalan parafinler, süper ısıtılmış buhar ile buhar destilasyonuyla ham üründen çıkarılır. Buhar distilatı tekrar ayrılır ve parafinler geri döndürülür reaksiyon karışımına. Kalan ürün eriyiği nihayet% 60 veya% 30 SAS içeriğine sahip ticari sulu SAS ürünleri elde etmek için suya dağıtılır Batı Avrupa'daki toplam alkan sülfonat üretim kapasitesinin (sülfoklorlama ve sülfoksidasyon proseslerini içeren) 2001 yılında 81.000 ton / yıl olduğu tahmin edilmektedir (CESIO, 2003). Batı Avrupa'da satışlar ve esir kullanımı 2001 yılında yaklaşık 76.000 ton / yıl'dır (CESIO, 2003). CESIO'ya (2003) göre, 2001 yılındaki 76.000 ton / yılın% 63'ü ev uygulamalarında (48.000 ton / yıl) kullanılmaktadır. Alkan sülfonatlar yoluyla üretilen ev uygulamalarında sülfoklorlama kullanılmaz. Ev uygulamasına ek olarak, Endüstriyel ve Kurumsal kullanım için% 24 (18.000 ton / yıl) alkan sülfonat nihayetinde kanalizasyona bırakılır. Kalan% 13 (10.000 ton / yıl) alkan teknik kullanımlara yönelik sülfonat (tekstil, deri, kağıt, polimerler, yapı maddeleri, boya, kaplama, mürekkepler, madencilik, metal işleme, petrol rafinerisi, tarım, gıda ve yem katkı maddeleri vb.) temelde tren dışı uygulamalardır. Bu HERA hedefli Risk Değerlendirmesi için ev kullanımı (HERA kapsamı) ve Endüstriyel ve Kurumsal kullanım - birlikte 66.000 ton / yıl - nihayetinde kanalizasyona bırakılanlar hesaba katılır. Ticari SAS'ın çoğu,% 60 veya% 30 aktif bileşen içeren sulu bir çözelti olarak satılmaktadır. SAS 60 Özellikleri : Çevre ile dost; deterjanlar, kimyasal teknik ve kozmetik endüstriler için anyonik yüzey aktiflerdir. - Çok iyi çözünürlük (kendiliğinden çözünür, iyi düşük sıcaklık özelliklerine sahiptir.) - Yüksek ıslatma hareketi (iyi drenaj (süzülme) özellikleri ve bulaşıkların hızlı kuruması) - Belirgin köpük gücü (kullanımda bitmiş ürünlerin yüksek verimi) - Mükemmel yağ ve kir dağıtıcı hareket (en iyi deterjan, temizliyici ve yağ giderici etkili olarak tarif edilen bitmiş ürünlerin geliştirilmesi) - Viskosite azaltıcı etki, (akabilir, yüksek konsantre deterjanlar ve düşük su içerikli temizleyiciler ve koruyucu ve solvent içermeyen temizleyiciler, taşıma ve paketleme maaliyetli formülasyonlar) - Üstün enzim uyumluluğu (enzim kararlılığı üzerinde artı etki) - Geniş bir pH aralığında kimyasal stabilite, - Uzun depolama stabiliteli alkali temizleyici formülasyonu; -klor içerikli çok amaçlı temizleyiciler için üretilen; oksidize edici ajanlara karşı stabilite. - Modern deterjan katkılarının aktivitesini arttırır. (Örneğin; kir giderici polimerler) - Çok iyi elektrolit uyumluluğu (yüksek miktar içerikli hafif görevli deterjanların üretimi) - İyi cilt uyumu (hafif görevli bulaşık yıkama sıvıları formülasyonları) - Anyonik, non iyonik ve amfoterik yüzey aktfilerle uyum imkanı. - Formülasyonda çok yönlülük, - Kullanımda sinerjistik etkiler, - Elektriksel olarak nötral tuzlar (katyonik yüzey aktiflerle) oluşturabilir. - Maaliyet düşüklüğü (hidrotoplar olmadan yüksek konsantreli sıvı temizliyicilerin üretim imkanı) - Hızlı biyolojik bozunma. (Çevreye zarasız) SAS nin en önemli kullanımı : Bulaşık yıkama deterjanları (standart ve konsantre); çamaşır deterjanları (sıvı,toz,hamur,ön ıslatma deterjanları); saç ve vücut bakımı kozmetikleri (şampuanlar, duş jelleri, banyo köpüğü, sıvı sabunlar, diş macunları), endüstriyel temizleyiciler, otomotiv temizleyicileri; metal yağ.

escom Chemie GmbH

ALKANE SULFONATE (ALKAN SULFONAT)

Office

+49 171 9597560

Links