Products

Versagel® MG 750 T is based on hydrogenated C6 – C14 alkenes combined with our patented gelling technology. Versagel MG offers an alternative to silicones for formulating products when a silky, elegant after-feel is desired. Versagel MG gels are compatible with most ingredients, with most non-ionic surfactants, and other synthetic and natural emollients. A unique property of the Versagel product lines is their suspension capability for fine particles. Versagel MG can be utilized as suspension vehicles for fine particles or encapsulated liquids such as Zinc Oxide, Titanium Dioxide, Iron Oxide, Talc, Decorative Glitters and Vitamins E and C.

Versagel® MG 500 T is based on hydrogenated C6 – C14 alkenes combined with our patented gelling technology. Versagel MG offers an alternative to silicones for formulating products when a silky, elegant after-feel is desired. Versagel MG gels are compatible with most ingredients, with most non-ionic surfactants, and other synthetic and natural emollients. A unique property of the Versagel product lines is their suspension capability for fine particles. Versagel MG can be utilized as suspension vehicles for fine particles or encapsulated liquids such as Zinc Oxide, Titanium Dioxide, Iron Oxide, Talc, Decorative Glitters and Vitamins E and C.

Versagel® MG 1600 T is based on hydrogenated C6 – C14 alkenes combined with our patented gelling technology. Versagel MG offers an alternative to silicones for formulating products when a silky, elegant after-feel is desired. Versagel MG gels are compatible with most ingredients, with most non-ionic surfactants, and other synthetic and natural emollients. A unique property of the Versagel product lines is their suspension capability for fine particles. Versagel MG can be utilized as suspension vehicles for fine particles or encapsulated liquids such as Zinc Oxide, Titanium Dioxide, Iron Oxide, Talc, Decorative Glitters and Vitamins E and C.

Versagel® MP 750 is a gelled fatty ester made from isopropyl palmitate. Isopropyl palmitate is an emollient ester derived from isopropyl alcohol and palmitic acid. Similar to hydrocarbon gels with similar chain length, the Versagel MP materials are equipped with a long hydrophobic hydrocarbon chain to provide skin occlusivity. Additionally, they have a carboxylic functionality near the end of the molecule to give a drier and lighter skin feel. Versagel MP acts as a fast spreading emollient providing moisturization and efficient absorption. It provides a soft and supple texture as well as good spreading characteristics. Isopropyl palmitate is an established penetration enhancer for transdermal systems and the innovative gelled option can provide better functionality and esthetics.

Versagel® M750 is based on gelling USP grade white mineral oil in such a way as it promotes superior moisture retention by creating a continuous film enabling oil to be easily spread with no pooling of the product. It also provides a lowmoisture system for protection of water-sensitive additive packages/ingredients. In liquid systems fine particles don’t easily remain in suspension; they tend to settle at the bottom and agglomerate. As shown below in the suspension stability testing, Versagel provides excellent suspension properties because the polymers provide sufficient yield stress to prevent aggregation and settling.

Versastique™ Low Melt M 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

The Versastique™ M 40T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versagel® ME 1600 is patented gelled emollients which exhibit extraordinarily good clarity, excellent thermal and UV stability, and versatile chemical compatibility. It is highly non-polar and thus, has a better affinity for low polarity materials such as fatty esters, low HLB nonionic surfactants, cyclomethicone, and other synthetic and natural emollients. Moisturization properties will be affected only minimally even though the viscosity of the gel may decrease significantly when other ingredients are added.

Versagel® M 200 is based on gelling USP grade white mineral oil in such a way as it promotes superior moisture retention by creating a continuous film enabling oil to be easily spread with no pooling of the product. It also provides a lowmoisture system for protection of water-sensitive additive packages/ingredients. In liquid systems fine particles don’t easily remain in suspension; they tend to settle at the bottom and agglomerate. As shown below in the suspension stability testing, Versagel provides excellent suspension properties because the polymers provide sufficient yield stress to prevent aggregation and settling.

The Versastique™ Low Melt SQ 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versagel® MX 500 T is based on gelling USP grade white mineral oil in such a way as it promotes superior moisture retention by creating a continuous film enabling oil to be easily spread with no pooling of the product. It also provides a lowmoisture system for protection of water-sensitive additive packages/ingredients. In liquid systems fine particles don’t easily remain in suspension; they tend to settle at the bottom and agglomerate. As shown below in the suspension stability testing, Versagel provides excellent suspension properties because the polymers provide sufficient yield stress to prevent aggregation and settling.

The Versastique™ ML 40T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versagel® ME 500 is patented gelled emollients which exhibit extraordinarily good clarity, excellent thermal and UV stability, and versatile chemical compatibility. It is highly non-polar and thus, has a better affinity for low polarity materials such as fatty esters, low HLB nonionic surfactants, cyclomethicone, and other synthetic and natural emollients. Moisturization properties will be affected only minimally even though the viscosity of the gel may decrease significantly when other ingredients are added.

The Versastique™ Low Melt ME 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versagel® M1600 is based on gelling USP grade white mineral oil in such a way as it promotes superior moisture retention by creating a continuous film enabling oil to be easily spread with no pooling of the product. It also provides a lowmoisture system for protection of water-sensitive additive packages/ingredients. In liquid systems fine particles don’t easily remain in suspension; they tend to settle at the bottom and agglomerate. As shown below in the suspension stability testing, Versagel provides excellent suspension properties because the polymers provide sufficient yield stress to prevent aggregation and settling.

The Versagel® MX 1600 T is based on gelling USP grade white mineral oil in such a way as it promotes superior moisture retention by creating a continuous film enabling oil to be easily spread with no pooling of the product. It also provides a lowmoisture system for protection of water-sensitive additive packages/ingredients. In liquid systems fine particles don’t easily remain in suspension; they tend to settle at the bottom and agglomerate. As shown below in the suspension stability testing, Versagel provides excellent suspension properties because the polymers provide sufficient yield stress to prevent aggregation and settling.

Versagel® MP 1600 is a gelled fatty ester made from isopropyl palmitate. Isopropyl palmitate is an emollient ester derived from isopropyl alcohol and palmitic acid. Similar to hydrocarbon gels with similar chain length, the Versagel MP materials are equipped with a long hydrophobic hydrocarbon chain to provide skin occlusivity. Additionally, they have a carboxylic functionality near the end of the molecule to give a drier and lighter skin feel. Versagel MP acts as a fast spreading emollient providing moisturization and efficient absorption. It provides a soft and supple texture as well as good spreading characteristics. Isopropyl palmitate is an established penetration enhancer for transdermal systems and the innovative gelled option can provide better functionality and esthetics.

Versastique™ Clear ML 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versagel® ME 2000 is patented gelled emollients which exhibit extraordinarily good clarity, excellent thermal and UV stability, and versatile chemical compatibility. It is highly non-polar and thus, has a better affinity for low polarity materials such as fatty esters, low HLB nonionic surfactants, cyclomethicone, and other synthetic and natural emollients. Moisturization properties will be affected only minimally even though the viscosity of the gel may decrease significantly when other ingredients are added.

The Versastique™ SQ 40T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versastique™ Low Melt M 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versastique™ Clear ME 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

The Versastique™ ME 40T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versagel® M500 is based on gelling USP grade white mineral oil in such a way as it promotes superior moisture retention by creating a continuous film enabling oil to be easily spread with no pooling of the product. It also provides a lowmoisture system for protection of water-sensitive additive packages/ingredients. In liquid systems fine particles don’t easily remain in suspension; they tend to settle at the bottom and agglomerate. As shown below in the suspension stability testing, Versagel provides excellent suspension properties because the polymers provide sufficient yield stress to prevent aggregation and settling.

Versagel® MX 750 T is based on gelling USP grade white mineral oil in such a way as it promotes superior moisture retention by creating a continuous film enabling oil to be easily spread with no pooling of the product. It also provides a lowmoisture system for protection of water-sensitive additive packages/ingredients. In liquid systems fine particles don’t easily remain in suspension; they tend to settle at the bottom and agglomerate. As shown below in the suspension stability testing, Versagel provides excellent suspension properties because the polymers provide sufficient yield stress to prevent aggregation and settling.

The Versastique™ Low Melt ML 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versastique™ Clear SQ 5T is a multi-functional material that provides a better way to formulate through simplified creation of functional and esthetic solid stick applications. With translucent and clear stick properties, Versastique is ideal for natural, mineral and synthetic ingredients in cosmetics, personal care, skin care, sun care and health care products.

Versagel® ME 750 is patented gelled emollients which exhibit extraordinarily good clarity, excellent thermal and UV stability, and versatile chemical compatibility. It is highly non-polar and thus, has a better affinity for low polarity materials such as fatty esters, low HLB nonionic surfactants, cyclomethicone, and other synthetic and natural emollients. Moisturization properties will be affected only minimally even though the viscosity of the gel may decrease significantly when other ingredients are added.