| Actigum™ VSX 20 texturizer | Cargill Agricola S/A |
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Actigum™ VSX 20 texturizer is a rheology modifier that builds over the well-known properties of two highly safe and nature-derived ingredients: Scleroglucan and Xanthan Gum. The combination of those 2 nature-derived polymers provides enhanced functional b...view more
Actigum™ VSX 20 texturizer is a rheology modifier that builds over the well-known properties of two highly safe and nature-derived ingredients: Scleroglucan and Xanthan Gum. The combination of those 2 nature-derived polymers provides enhanced functional benefits such as a high yield value resulting in good suspending properties, and a higher viscosity than what can be obtained with the individual ingredients at the same dosage. This product is recommended for skin care, sun care, toiletries, and hair care products. view less
Compliance Highlights Available
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| Dynasylan® 4150 | Evonik Operations GmbH, BL Silanes |
Dynasylan® 4150 is a special product that features chemical polarity yet remaining chemically not reactive. Such a surface-modifier silane for fillers and pigments is used as a hydrophilic compatibilizer. Dynasylan® 4150 helps to control rheological prope...view more
Dynasylan® 4150 is a special product that features chemical polarity yet remaining chemically not reactive. Such a surface-modifier silane for fillers and pigments is used as a hydrophilic compatibilizer. Dynasylan® 4150 helps to control rheological properties and to reduce viscosity, allowing extremely high fillers loads in water and polar vehicles, permitting to achieve a powdery velvet touch sensation on the skin. It can be used as anti-settling agent for fillers and pigments, ensuring the stability and improving the texture of aqueous and glycol-based cosmetic formulations. view less
Compliance Highlights Unavailable
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| Dynasylan® 9116 | Evonik Operations GmbH, BL Silanes |
Dynasylan® 9116 is a monomeric long-chain alkylfunctional silane, that can be used as a surface modifier to generate strong hydrophobicity and lipophilicity on inorganic fillers and pigments. The long-chain alkyl functionality results in unique compound p...view more
Dynasylan® 9116 is a monomeric long-chain alkylfunctional silane, that can be used as a surface modifier to generate strong hydrophobicity and lipophilicity on inorganic fillers and pigments. The long-chain alkyl functionality results in unique compound properties (better dispersion, high filler loadings, reduced water uptake) when Dynasylan® 9116 treated fillers or pigments are incorporated into non-polar polymers, waxes or oils. view less
Compliance Highlights Unavailable
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| DYNASYLAN® F 8261 | Evonik Operations GmbH, BL Silanes |
Dynasylan® F 8261 is a bifunctional silane possessing hydrolyzable inorganic ethoxysilyl groups and a fluoroalkyl chain, that imparts simultaneously excellent lipophobicity and outstanding hydrophobicity. Dynasylan® F 8261 acts as a surface modifier on mo...view more
Dynasylan® F 8261 is a bifunctional silane possessing hydrolyzable inorganic ethoxysilyl groups and a fluoroalkyl chain, that imparts simultaneously excellent lipophobicity and outstanding hydrophobicity. Dynasylan® F 8261 acts as a surface modifier on mostly hydroxyfunctional substrates (e.g. inorganic fillers and pigments). view less
Compliance Highlights Unavailable
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| Dynasylan® MTES | Evonik Operations GmbH, BL Silanes |
Dynasylan® MTES is a monomeric alkylfunctional silane, possessing hydrolyzable inorganic ethoxysilyl groups and an alkyl group, that imparts hydrophobicity by the surface treatment of fillers and/or pigments. Acid or alkaline hydrolysis leads to the form...view more
Dynasylan® MTES is a monomeric alkylfunctional silane, possessing hydrolyzable inorganic ethoxysilyl groups and an alkyl group, that imparts hydrophobicity by the surface treatment of fillers and/or pigments. Acid or alkaline hydrolysis leads to the formation of silanol groups which, in a subsequent condensation reaction, can both react with the active hydroxy-groups present on the surface of an inorganic filler or pigment and can also condensate with other silanol groups to form very stable siloxane bonds (-Si-O-Si-). view less
Compliance Highlights Unavailable
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