Products

Versagel® MN 1600 is anhydrous clear gels that provide versatility and a distinctive, elegant feel. The polymer system provides lubricity and conditioning, while the ester base, isononyl isononanoate, offers non-greasy emolliency. Due to the polymer matrix in the gel, these materials enable fine particles, such as color pigments, to be readily suspended or dispersed with minimal settling and agglomeration. Versagel MN products also exhibit good thermal and UV stability and silicone solubilization. Depending on the application, the suggested use level may range from 5% to 60%. Versagel MN gels should be blended with the rest of the ingredients in the oil phase of the formulation, while the nonpolar or less polar ingredients are added to the gel first. The gels are compatible with most nonionic surfactants, cyclomethicone, phenyl trimethicone, and other synthetic and natural emollients.

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.

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® MN 750 is anhydrous clear gels that provide versatility and a distinctive, elegant feel. The polymer system provides lubricity and conditioning, while the ester base, isononyl isononanoate, offers non-greasy emolliency. Due to the polymer matrix in the gel, these materials enable fine particles, such as color pigments, to be readily suspended or dispersed with minimal settling and agglomeration. Versagel MN products also exhibit good thermal and UV stability and silicone solubilization. Depending on the application, the suggested use level may range from 5% to 60%. Versagel MN gels should be blended with the rest of the ingredients in the oil phase of the formulation, while the nonpolar or less polar ingredients are added to the gel first. The gels are compatible with most nonionic surfactants, cyclomethicone, phenyl trimethicone, and other synthetic and natural emollients.

Versagel® HSQ 200 T is used in thousands of cosmetic, pharmaceutical and personal care products around the world. Our innovative patented system for thickening and gelling hydrocarbon materials offers an infinite number of customized rheological properties.

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.

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.

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.

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.

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.

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.

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 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.