Products

Permethyl® 101A is highly emollient, easy-spreading, and moisturizing. It imparts a non-drying feeling on the skin and has a light, smooth feel with excellent cleansing properties. The Permethyl® line is a series of unique, highly branched aliphatic hydrocarbons ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades have excellent makeup removal properties and are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® 99A is highly volatile. It provides a light, non-oily feel with little residue and excellent solvency. The Permethyl® line is a series of unique, highly branched aliphatic hydrocarbons ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades have excellent makeup removal properties and are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® 104A is highly occlusive with excellent coverage and barrier properties, improving the wear and shine of lip products. The Permethyl® line is a series of unique, highly branched aliphatic hydrocarbons ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades have excellent makeup removal properties and are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® 102A is a suitable replacement in “oil-free” products. It provides a satiny feel and produces high sheen. The Permethyl® line is a series of unique, highly branched aliphatic hydrocarbons ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades have excellent makeup removal properties and are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® 106A is highly occlusive with excellent coverage and barrier properties. It improves wear and shine of lip products and may be combined with other Permethyls to balance film forming and esthetics. The Permethyl® line is a series of unique, highly branched aliphatic hydrocarbons ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades have excellent makeup removal properties and are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® 105A is highly occlusive with excellent barrier and long lasting wear properties. It may be combined with other Permethyls to balance film forming and esthetic properties. The Permethyl® line is a series of unique, highly branched aliphatic hydrocarbons ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades have excellent makeup removal properties and are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® HPIB series is a line of hydrogenated polyisobutene fluids ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Lipidure® NR is a 5% active cationic, biocompatible polymer with various effects for hair by retaining moisture in hair and also skin. It is also can help stabilize lipophilic actives.

Lipidure® PMB (Ph10) is a biocompatible polymer. It is a 5% active aqueous polymer solution that is preserved with phenoxyethanol. Its high water content promotes skin moisturization and reduces the effect of skin irritants. The polymer also improves skin texture by reducing any skin dryness.

Lipidure® NA is a 1% active cationic, biocompatible polymer with various effects in hair care. It reduces static electricity and restores the surface of damaged hair. It prevents discoloration of the hair, and improves the smoothness of hair follicles.

Permethyl® HPIB series is a line of hydrogenated polyisobutene fluids ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® HPIB series is a line of hydrogenated polyisobutene fluids ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Permethyl® HPIB series is a line of hydrogenated polyisobutene fluids ranging from highly volatile, low viscosity liquids to non-volatile viscous materials. The low viscosity grades are differentiated by skin feel, spreadability and volatility. The high viscosity grades give high gloss and film forming properties, and are differentiated by product viscosity.

Lipidure® PMB is an unpreserved, 5% active biocompatible polymer solution that mimics skin cell membrane structure. It has applications in skin and oral care. When applied to the skin, it demonstrates water resistance, improves moisturization, and reduces skin roughness. It may protect from commonly used irritants.

Lipidure® C is a 5% active cationic, biocompatible polymer with excellent moisture retention properties. It acts by smoothing hair cuticles, to restore the strength of damaged hair and to reduce static electricity.