Products

IZH-284 (CONC):Coco Amido Propyl Betaine (CAPB) Concentrated is used in Baby shampoos, Foam baths, liquid detergents.

Spakalyte C-2011 is an aqueous solution of highly charged cationic polymer. It contributes exceptional properties to both hair and skin care products. Spakalyte C-2011 is used effectively in hair shampoos and cream rinses. It can boost and stabilize foam while contributing excellent lubricity, wet combability and luster to hair without excessive build-up, Suggested concentrations for shampoos are 2% to 5%. The film forming ability of Spakalyte C-2011 makes it ideal for use in hair setting gels and lotions, Spakalyte C-2011 provides a high degree of slip to the hair during setting and holds curls firmly without flaking, Spakalyte C-2011 gives hair a look and feel of softness, body and luster, Suggested us levels are 10 to 15%. Use of Spakalyte C-2011 is also suggested in other personal care products like shaving cream, moisturizing or barrier creams and lotions, bath products and deodorants

SPAK DD-40 (AL) (EM) is a Polyol fatty acid ester. SPAK DD-40 (AL) (EM) acts as a defoamer & antifoamer i.e. it kills the foam formed and also reduces foam formation tendency in the system. SPAK DD-40 (AL) (EM) very well suits the fermentation system and has no adverse effect on yeast vitality and cell count (even at 1000 ppm in the fermentation system). This plays an important role in Alfa Laval process since the yeast is re-cycled in the process. The Polyol fatty acid ester has a high molecular weight and will not distill off and contaminate the end product. Foam can be a disaster in fermenters because it frequently results in loss of production. In a biotechnology system the conditions for foam production are always potentially present. Many organisms generate proteins, which are released into the surrounding medium. The proteins and the CO2 liberated generate foam in the fermentation system. SPAK offers a specially developed product SPAK DD-40 (AL) (EM) has a performance of antifoam and defoamer to suppress this foam.

IZH-300 being mildly cationic at a lower than neutral pH, confers a superior conditioning effect and acts as a viscosity builder, especially in low pH shampoos and other liquid detergents. As a foam booster and stabilizer in shampoos, bubble baths and other toiletries.

SPAK DD-40 (Conc) is a blend of an anionic surfactant and a fatty acid ester. The former acts as a defoamer i.e. kills the foam formed and the latter acts as an antifoam i.e. reduces foam formation tendency. SPAK DD-40 (Conc) very well suits the fermentation system and has no adverse effect on yeast vitality and cell count. It is fully biodegradable and will not pose any problem in the effluent treatment plant. The fatty acid ester has a high molecular weight and will not distill off and contaminate the end product. Foam can be a disaster in fermentors because it frequently results in loss of production. In a biotechnology system the conditions for foam production are always potentially present. Many organisms generate proteins, which are released into the surrounding medium. The proteins and the CO2 liberated generate foam in the fermentation system. SPAK offers a specially developed product SPAK DD-40 (Conc) a blend of an antifoam and defoamer to suppress this foam.

Spak ESE-80 can be used as a solubilizer and emulsifier of oils and fragrances, as a wetting agent, viscosity modifier, anti-stat, and stabilizer and dispersing agent. Typical application is found in cosmetics, toiletries and ointments.

Spak ESE-60 can be used as a solubilizer and emulsifier of oils and fragrances, as a wetting agent, viscosity modifier, anti-stat, and stabilizer and dispersing agent. This product finds application in baby shampoos because of very low eye irritation. The product is also used in cosmetics, toiletries and ointments.

Spak ESE-20 can be used as a solubilizer and emulsifier of oils and fragrances, as a wetting agent, viscosity modifier, anti-stat, and stabilizer and dispersing agent. This product finds application in baby shampoos because of very low eye irritation. The product is also used in cosmetics, toiletries and ointments.

IZA-90 is based on 1:1 molar reaction of selected coco chain fatty acid/ester with dietanolamine. It contains low concentration of unreacted diethanolamine and practically no fatty acid soap. It has a high percentage of amide and is predominantly nonionic in character. Thus due to its high amide content and purity it is classified as a “Superamide” as distinguished from the “Kritchevsky” type amine condensate.

IZH - 284 (Cocoamido propyl betaine) is used in Baby shampoos, Foam baths, liquid detergents.

Spak ESE-40 can be used as a solubilizer and emulsifier of oils and fragrances, as a wetting agent, viscosity modifier, anti-stat, and stabilizer and dispersing agent.

Cocomonoethanolamide is a well-known agent for foam boosting and stabilization and viscosity control used is shampoos, liquid soaps and similar cosmetic/ toiletry products and industrial cleaners. It stabilizes the foam in the presence of hard water and sebum. Due to its low amine value the formulated products rarely require subsequent pH adjustment after its addition. In acid shampoos cocomonethanolamide should be preferred over cocodiethanolamide as, being a secondary amide it is more resistant to hydrolysis.

Spak 61 is blend of an antifoamer and a defoamer. By antifoam we mean a product that prevents foam forming/stabilizing tendency and by defoamer we mean a product that kills the foam already formed. Spak 61 is a specially formulated product for Hemi-Dihydrate process operating at higher temperatures. It is better suited for higher temperature at 95-100°C. Spak 61 is equally useful in Dihydrate process.

Spak AY-50 is specially recommended in formulations containing Sodium Sulfate. The commonly used surfactant of the same family e.g. Sodium Dioctyl Sulphosuccinate exhibits poor performance in presence of sodium sulfate. For example, 0.02% Spak AY-50 will reduce surface tension of 15% sodium sulfate solution to 26 dyne/cm where as sodium dioctyl sulphosuccinate will be salted out under these conditions. Similarly Spak AY-50 shows better tolerance to Ca ions than Sodium Dioctyl Sulphosuccinate.

Spak Orgochem offers Glycerol Mono Laurate (GML) along with the other Esters. Glycerol monolaurate or GML is a surfactant used as a food additive, and in other products. GML is used in ice cream and cosmetics as an emulsifier. It is also used in soaps and chewing gum.

Spak orgochem offers Ethylene Glycol monostearate (EGMS) and widely used in personal care industry. They are white in color and are designed to offer very good pearlescence to formulations.

SPAK HCO 40 is a vegetable-derived, ethoxylated (40) nonionic surfactant. It is suitable for a wide variety of applications providing emulsifying and solubilizing functionality. Hydrogenation of the castor oil results in greater oxidative stability with superior color and reduced odor.

Spak orgochem offers Ethylene Glycol Distearate (EGDS) and widely used in personal care industry. They are white in color and are designed to offer very good pearlescence to formulations.

SPAK DD-40 (AL) is a Polyol fatty acid ester. The product acts as a defoamer & antifoamer i.e. it kills the foam formed and also reduces foam formation tendency in the system. Foam can be a disaster in fermenters because it frequently results in loss of production. In a biotechnology system the conditions for foam production are always potentially present. Many organisms generate proteins, which are released into the surrounding medium. The proteins and the CO2 liberated generate foam in the fermentation system. SPAK offers a specially developed product SPAK DD-40 (AL) has a performance of antifoam and defoamer to suppress this foam. The product very well suits the fermentation system and has no adverse effect on yeast vitality and cell count (even at 1000 ppm in the fermentation system). This plays an important role in Alfa Laval process since the yeast is re-cycled in the process. The Polyol fatty acid ester has a high molecular weight and will not distill off and contaminate the end product.