SugaNate 100 Sodium Decylglucosides Hydroxypropyl Sulfonate

Colonial Chemical has pioneered the introduction of a new series of "green" surfactants based on alkyl polyglucoside derivatives. The Colonial SugaNate Series are sulfonated surfactants based on the renewable resource of alkyl polyglucosides.

The goal to make an extremely mild surfactant, which would be a substitute for traditional primary surfactants in personal care formulations, was realized in the development of the SugaNate Series.

The SugaNate products are extremely mild when tested against other traditional primary personal cleansing surfactants such as sodium lauryl sulfate, sodium coco sulfate, sodium lauryl ether sulfate and alpha olefin sulfonate.

The development of the SugaNate products represents a break-through in formulation technology. In the past a formulator started with irritating materials and built the formulation to mitigate irritation. SugaNate products allow a formulator to start formulating with non-irritating, "green" products and build consumer desired aesthetic properties knowing irritation to eyes and skin will not be a problem. This breakthrough allows the formulation of low or no irritation shampoos, body washes, bath gels, and personal cleansing products. The SugaNates are readily biodegradable, soluble in water, easy to handle, good foamers, gentle cleansers, "green" and compatible with most other personal care ingredients.

INCI Name : Sodium Decylglucosides Hydroxypropyl Sulfonate
Patent : 6,627,612 B1
Green Star Rating : 7.06

SugaQuat (Naturally-Derived Conditioning Quats) > SugaQuat L-1010

The SugaQuat Series of naturally derived conditioning quats, bring formulators new ingredients that for the first time provide excellent conditioning of hair and skin while being much milder than traditional quats. The new SugaQuat Series offer the formulator naturally derived ingredients from renewable resources that are low in irritation to eyes and skin.

The SugaQuat Series are also very substantive, providing both wet comb properties and fly-away control to hair while being non-greasy and not building up. Colonial Chemical has done a variety of conditioning tests and Rubine Dye tests to verify the performance of SugaQuats in personal care formulations. SugaQuats are substantive to hair and skin even in the presence of anionic surfactants. The SugaQuat Series demonstrates very unique properties when compared to traditional cationic conditioning agents. Most notable is the significant reduction in eye irritation versus traditional quats as well as no skin irritation at all in our testing.

The SugaQuat Series are very compatible in anionic shampoo formulations making them an ideal choice for 2 in 1 shampoos. The SugaQuat Series do not inhibit from the foam of the shampoo and in fact contribute to foaming properties. Useful over a broad pH range, SugaQuat Series are stable in all types of personal care formulations.

Some of the SugaQuat Series have excellent microbial activity. This could make SugaQuat products useful in preservative free and reduced preservative personal care formulations. SugaQuats are light color, low odor and easy to use in a variety of personal care formulations.

If you are looking for natural, renewable resource derived conditioning agents, the SugaQuat Series is where you need to look. If your formulations demands milder ingredients the SugaQuat Series of products is where you need to look.
Natural, safe and from renewable resources, SugaQuats.

INCI Name : Laurdimoniumhydroxypropyl Decylglucosides Chloride
Patent : 6,627,612
Green Star Rating : 8.13

SugaQuat (Naturally-Derived Conditioning Quats) > SugaQuat L-1210

The SugaQuat Series of naturally derived conditioning quats, bring formulators new ingredients that for the first time provide excellent conditioning of hair and skin while being much milder than traditional quats. The new SugaQuat Series offer the formulator naturally derived ingredients from renewable resources that are low in irritation to eyes and skin.

The SugaQuat Series are also very substantive, providing both wet comb properties and fly-away control to hair while being non-greasy and not building up. Colonial Chemical has done a variety of conditioning tests and Rubine Dye tests to verify the performance of SugaQuats in personal care formulations. SugaQuats are substantive to hair and skin even in the presence of anionic surfactants. The SugaQuat Series demonstrates very unique properties when compared to traditional cationic conditioning agents. Most notable is the significant reduction in eye irritation versus traditional quats as well as no skin irritation at all in our testing.

The SugaQuat Series are very compatible in anionic shampoo formulations making them an ideal choice for 2 in 1 shampoos. The SugaQuat Series do not inhibit from the foam of the shampoo and in fact contribute to foaming properties. Useful over a broad pH range, SugaQuat Series are stable in all types of personal care formulations.

Some of the SugaQuat Series have excellent microbial activity. This could make SugaQuat products useful in preservative free and reduced preservative personal care formulations. SugaQuats are light color, low odor and easy to use in a variety of personal care formulations.

If you are looking for natural, renewable resource derived conditioning agents, the SugaQuat Series is where you need to look. If your formulations demands milder ingredients the SugaQuat Series of products is where you need to look.

Natural, safe and from renewable resources, SugaQuats.

INCI Name : Laurdimoniumhydroxypropyl Decylglucosides Chloride
Patent : 6,881,710
Green Star Rating : 8.23

SugaQuat (Naturally-Derived Conditioning Quats) > SugaQuat S-1010

The SugaQuat Series of naturally derived conditioning quats, bring formulators new ingredients that for the first time provide excellent conditioning of hair and skin while being much milder than traditional quats. The new SugaQuat Series offer the formulator naturally derived ingredients from renewable resources that are low in irritation to eyes and skin.

The SugaQuat Series are also very substantive, providing both wet comb properties and fly-away control to hair while being non-greasy and not building up. Colonial Chemical has done a variety of conditioning tests and Rubine Dye tests to verify the performance of SugaQuats in personal care formulations. SugaQuats are substantive to hair and skin even in the presence of anionic surfactants. The SugaQuat Series demonstrates very unique properties when compared to traditional cationic conditioning agents. Most notable is the significant reduction in eye irritation versus traditional quats as well as no skin irritation at all in our testing.

The SugaQuat Series are very compatible in anionic shampoo formulations making them an ideal choice for 2 in 1 shampoos. The SugaQuat Series do not inhibit from the foam of the shampoo and in fact contribute to foaming properties. Useful over a broad pH range, SugaQuat Series are stable in all types of personal care formulations.

Some of the SugaQuat Series have excellent microbial activity. This could make SugaQuat products useful in preservative free and reduced preservative personal care formulations. SugaQuats are light color, low odor and easy to use in a variety of personal care formulations.

If you are looking for natural, renewable resource derived conditioning agents, the SugaQuat Series is where you need to look. If your formulations demands milder ingredients the SugaQuat Series of products is where you need to look.

Natural, safe and from renewable resources, SugaQuats.

INCI Name : Laurdimoniumhydroxypropyl Decylglucosides Chloride
Patent : 6,881,710
Green Star Rating : 8.01

SugaQuat (Naturally-Derived Conditioning Quats) > SugaQuat S-1210

The SugaQuat Series of naturally derived conditioning quats, bring formulators new ingredients that for the first time provide excellent conditioning of hair and skin while being much milder than traditional quats. The new SugaQuat Series offer the formulator naturally derived ingredients from renewable resources that are low in irritation to eyes and skin.

The SugaQuat Series are also very substantive, providing both wet comb properties and fly-away control to hair while being non-greasy and not building up. Colonial Chemical has done a variety of conditioning tests and Rubine Dye tests to verify the performance of SugaQuats in personal care formulations. SugaQuats are substantive to hair and skin even in the presence of anionic surfactants. The SugaQuat Series demonstrates very unique properties when compared to traditional cationic conditioning agents. Most notable is the significant reduction in eye irritation versus traditional quats as well as no skin irritation at all in our testing.

The SugaQuat Series are very compatible in anionic shampoo formulations making them an ideal choice for 2 in 1 shampoos. The SugaQuat Series do not inhibit from the foam of the shampoo and in fact contribute to foaming properties. Useful over a broad pH range, SugaQuat Series are stable in all types of personal care formulations.

Some of the SugaQuat Series have excellent microbial activity. This could make SugaQuat products useful in preservative free and reduced preservative personal care formulations. SugaQuats are light color, low odor and easy to use in a variety of personal care formulations.

If you are looking for natural, renewable resource derived conditioning agents, the SugaQuat Series is where you need to look. If your formulations demands milder ingredients the SugaQuat Series of products is where you need to look.

Natural, safe and from renewable resources, SugaQuats.

INCI Name : Stearyldimoniumhydroxypropyl Laurylglucosides Chloride
Patent : 6,881,710
Green Star Rating : 8.32

SugaQuat (Naturally-Derived Conditioning Quats) > SugaQuat S-1218

The SugaQuat Series of naturally derived conditioning quats, bring formulators new ingredients that for the first time provide excellent conditioning of hair and skin while being much milder than traditional quats. The new SugaQuat Series offer the formulator naturally derived ingredients from renewable resources that are low in irritation to eyes and skin.

The SugaQuat Series are also very substantive, providing both wet comb properties and fly-away control to hair while being non-greasy and not building up. Colonial Chemical has done a variety of conditioning tests and Rubine Dye tests to verify the performance of SugaQuats in personal care formulations. SugaQuats are substantive to hair and skin even in the presence of anionic surfactants. The SugaQuat Series demonstrates very unique properties when compared to traditional cationic conditioning agents. Most notable is the significant reduction in eye irritation versus traditional quats as well as no skin irritation at all in our testing.

The SugaQuat Series are very compatible in anionic shampoo formulations making them an ideal choice for 2 in 1 shampoos. The SugaQuat Series do not inhibit from the foam of the shampoo and in fact contribute to foaming properties. Useful over a broad pH range, SugaQuat Series are stable in all types of personal care formulations.

Some of the SugaQuat Series have excellent microbial activity. This could make SugaQuat products useful in preservative free and reduced preservative personal care formulations. SugaQuats are light color, low odor and easy to use in a variety of personal care formulations.

If you are looking for natural, renewable resource derived conditioning agents, the SugaQuat Series is where you need to look. If your formulations demands milder ingredients the SugaQuat Series of products is where you need to look.

Natural, safe and from renewable resources, SugaQuats

INCI Name : Stearyldimoniumhydroxypropyl Laurylglucosides Chloride
Patent : 6,881,710

SugaQuat TM-8610 - Trimoniumhydroxypropyl Cocoglucosides Chloride

The SugaQuat Series of naturally derived conditioning quats, bring formulators new ingredients that for the first time provide excellent conditioning of hair and skin while being much milder than traditional quats. The new SugaQuat Series offer the formulator naturally derived ingredients from renewable resources that are low in irritation to eyes and skin.

The SugaQuat Series are also very substantive, providing both wet comb properties and fly-away control to hair while being non-greasy and not building up. Colonial Chemical has done a variety of conditioning tests and Rubine Dye tests to verify the performance of SugaQuats in personal care formulations. SugaQuats are substantive to hair and skin even in the presence of anionic surfactants. The SugaQuat Series demonstrates very unique properties when compared to traditional cationic conditioning agents. Most notable is the significant reduction in eye irritation versus traditional quats as well as no skin irritation at all in our testing.

The SugaQuat Series are very compatible in anionic shampoo formulations making them an ideal choice for 2 in 1 shampoos. The SugaQuat Series do not inhibit from the foam of the shampoo and in fact contribute to foaming properties. Useful over a broad pH range, SugaQuat Series are stable in all types of personal care formulations.

Some of the SugaQuat Series have excellent microbial activity. This could make SugaQuat products useful in preservative free and reduced preservative personal care formulations. SugaQuats are light color, low odor and easy to use in a variety of personal care formulations.

If you are looking for natural, renewable resource derived conditioning agents, the SugaQuat Series is where you need to look. If your formulations demands milder ingredients the SugaQuat Series of products is where you need to look.

Natural, safe and from renewable resources, SugaQuats.

INCI Name : Trimoniumhydroxypropyl Cocoglucosides Chloride
Patent : 6,881,710

ColaLipid BP - Borageamidopropyl Phosphatidyl-PG-Dimonium Chloride

ColaLipid BP is a recently released naturally derived biomimetic phospholipid complex made from borage oil. Being derived from a very purge grade of borage oil, a highly unsaturated fatty triglyceride that contains the highest available source of gamma linolenic acid, ColaLipid BP is very useful in topical applications where it will enhance and augment the skin's natural barrier system. Gamma linolenic acid is the primary essential fatty acid that is required to maintain healthy, normal-looking skin.

The unique therapeutic properties of borage oil have been well documented in scientific literature. Colonial has improved this performance by making the phospholipid version of this oil and adding substantivity to the product by way of this reaction. ColaLipid BP is very substantive and results in long lasting benefits to the skin. ColaLipid BP is a effective way to deliver gamma linolenic acid in a variety of skin treatment applications.

INCI Name : Borageamidopropyl Phosphatidyl-PG-Dimonium Chloride

ColaLipid BP - Borageamidopropyl Phosphatidyl-PG-Dimonium Chloride

ColaLipid BP is a recently released naturally derived biomimetic phospholipid complex made from borage oil. Being derived from a very purge grade of borage oil, a highly unsaturated fatty triglyceride that contains the highest available source of gamma linolenic acid, ColaLipid BP is very useful in topical applications where it will enhance and augment the skin's natural barrier system. Gamma linolenic acid is the primary essential fatty acid that is required to maintain healthy, normal-looking skin.

The unique therapeutic properties of borage oil have been well documented in scientific literature. Colonial has improved this performance by making the phospholipid version of this oil and adding substantivity to the product by way of this reaction. ColaLipid BP is very substantive and results in long lasting benefits to the skin. ColaLipid BP is a effective way to deliver gamma linolenic acid in a variety of skin treatment applications.

INCI Name : Borageamidopropyl Phosphatidyl-PG-Dimonium Chloride

ColaLipid DLO - Dimer Dilinoleamidopropyl PG-Dimonium Chloride Phosphate

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.


INCI Name : Dimer Dilinoleamidopropyl PG-Dimonium Chloride Phosphate
Patent : 6,331,293 B1

ColaLipid GS> - Sodium Grapeseedamidopropyl PG-Dimonium Chloride Phosphate

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.

INCI Name : Sodium Grapeseedamidopropyl PG-Dimonium Chloride Phosphate

ColaLipid M - Myristamidopropyl PG-dimonium chloride phosphate

ColaLipid M is a naturally derived multifunctional phospholipid complex made from coconut oil. ColaLipid M is designed for use in personal care and cosmetic products. ColaLipid M combines gentle cleansing, conditioning, emulsification and a unique after use skin feel. ColaLipid M offers the added benefits of ultimate mildness and early testing shows broad-spectrum antimicrobial enhancement.

In carefully formulated hair and skin care products it can be utilized to minimize preservative requirements and to develop self-preserved systems. ColaLipid M is compatible with all surfactant types and can be used in developing stable, low viscosity emulsions that are used in wipes and other toiletries.

INCI Name : Myristamidopropyl PG-dimonium chloride phosphate

ColaLipid OL - Sodium Olivamidopropyl PG-Dimonium Chloride Phosphate & Cetyl Alcohol

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.

INCI Name : Sodium Olivamidopropyl PG-Dimonium Chloride Phosphate & Cetyl Alcohol

ColaLipid RC - Ricinoleamidopropyl PG-Dimonium Chloride Phosphate

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.

INCI Name : Ricinoleamidopropyl PG-Dimonium Chloride Phosphate
Patent : 6,451,775 B1

ColaLipid SAFL - Linoleamidopropyl PG-Dimonium Chloride Phosphate

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.

INCI Name : Linoleamidopropyl PG-Dimonium Chloride Phosphate

ColaLipid SIL - Linoleamidopropyl PG-Dimonium Chloride Phosphate PEG-8 Dimethicone Complex

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.xz

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.

INCI Name : Sodium Sunfloweramidopropyl PG-Dimonium Chloride Phosphate

ColaLipid ST - Stearamidopropyl PG-Dimonium Chloride Phosphate & Cetyl Alcohol

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.

INCI Name : Stearamidopropyl PG-Dimonium Chloride Phosphate & Cetyl Alcohol

ColaLipid SUN - Sodium Sunfloweramidopropyl PG-Dimonium Chloride Phosphate

The ColaLipid products are multifunctional, natural oil derived phospholipids composed predominantly of diester and triester phosphatides. Through the careful selection of specifi c natural oils and fatty acids as raw materials, the ColaLipid products deliver a broad range of functional properties which include gentle cleansing, anti-irritation effects, unusually high substantivity, long lasting conditioning, broad spectrum antimicrobial activity, emulsifi cation attributes, and exceptional mildness to skin and eyes.

While certain ColaLipid products exhibit antimicrobial properties, they are not registered antimicrobials. ColaLipid C is particularly useful to augment the efficacy of standard antimicrobial agents. Due to the ampholytic character of the ColaLipid products, they are compatible with virtually all other types of ingredients including anionic surfactants. The ColaLipid products have multiple hydrophobic groups, as well as multiple cationic binding sites, which provide unusually high degrees of substantivity.

Many of the ColaLipids, acted upon by specifi c skin enzymes, can serve as delivery systems for essential fatty acids that the body requires but is not able to synthesize. These essential fatty acids, linoleic and linolenic acids, reinforce and repair the skin barrier function and alleviate dry, damaged skin conditions. They enhance skin moisturization and do not interfere with normal skin respiration. The non-irritation toxicological properties of the ColaLipids, combined with their broad spectrum antimicrobial activity, is highly unique and permits their use in a variety of opthalmic and skin treatment formulations. Their ability to effectively kill gram-negative organisms is a highly desirable formulation benefit, not generally achievable with quaternary surfactants.

INCI Name : Sodium Sunfloweramidopropyl PG-Dimonium Chloride Phosphate