Products

Paraffin wax is made up of straight chain, saturated hydrocarbons with low oil content. Koster Keunen carries an assortment of different straight cut paraffins which vary by molecular weight and melt point to best fit your requirements.

Microcrystalline Waxes are produced during petroleum refinement using specified techniques such as distillation, de-oiling and crystallization. Microcrystalline Waxes are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and Koster Keunen carries an assortment of different melt points and penetrations to best fit formulators’ requirements.

The SynKos Wax Series is comprised of white, synthetic waxes with unique gelling and texturizing capabilities. SynKos waxes are synthetic polymers that are highly compatible, cost effective waxes that can also replace petrochemical waxes, petrolatum and polyethylene.

SynKos™ 2050 Wax is comprised of white, synthetic waxes with unique gelling and texturizing capabilities. SynKos waxes are synthetic polymers that are highly compatible, cost effective waxes that can also replace petrochemical waxes, petrolatum and polyethylene.

Koster Keunen Bayberry Wax is obtained from the fruit of the bayberry shrub. This all-natural wax,native to Central and South America, consists predominantly of triglycerides with C-16 carbon chain lengths. Formulators will find the esthetics hard, brittle, and fatty to the touch.

Microcrystalline Waxes are produced during petroleum refinement using specified techniques such as distillation, de-oiling and crystallization. Microcrystalline Waxes are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and Koster Keunen carries an assortment of different melt points and penetrations to best fit formulators’ requirements.

Kostene C-30 is a low molecular weight polyethylene. When used in conjunction with volatile oils and solvents such as cyclomethicone, isopar and isododecane, it will act as a thickener and add hardness and slip to formulations.

Paraffin wax is made up of straight chain, saturated hydrocarbons with low oil content. Koster Keunen carries an assortment of different straight cut paraffins which vary by molecular weight and melt point to best fit your requirements.

Koster Keunen Microcrystalline 170/180 Waxe follow the US Pharmacopeia requirements. They are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and we carry an assortment of different specifications to best fit formulators’ requirements.

Koster Keunen’s Vegetable Wax Natural proprietary blend provides a blend of naturally derived wax, butter and glycerides. It imparts a broad range of oil compatibility with strong gelling capabilities. Formulators will find that this all natural wax adds emollience to a formula without the greasy after feel.

Paraffin wax is made up of straight chain, saturated hydrocarbons with low oil content. Koster Keunen carries an assortment of different straight cut paraffins which vary by molecular weight and melt point to best fit your requirements.

Cera Bellina is a derivative of natural beeswax where the free fatty acids have been converted to polyglycerol esters, therefore increasing the hydrophilicity of the molecule. Elimination of these fatty acids improves stability, oil gelling, and increases overall consistency of a formula.

Beeswax, NF PAC, Yellow is used to produce creamy textures, for thickening and stability. Beeswax, NF PAC, Yellow can be used at any concentration and can augment finished product melt point and add structure. Applications include skin and hair care, color cosmetics, pharmaceuticals, OTC products and nutritional vitamins.

Synthetic Paraffins are white, hard, high melt point waxes consisting of polymerized hydrocarbons that have been refined to high purity levels. Synthetic Paraffins are a mixture of saturated straight chain paraffinic hydrocarbons.

Koster Keunen NF Microcrystalline 150 Waxe follow the US Pharmacopeia requirements. They are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and we carry an assortment of different specifications to best fit formulators’ requirements.

Koster Keunen EU Ozokerite 164/171 has developed EU compliant petroleum waxes that meet Cosmetics Europe (formerly Colipa) and European Wax Federation standards. These EU compliant petroleum waxes have been designed to function in cosmetic applications the same way as the non-compliant material.

NaturalAtum® has been designed to replace petrolatum in personal care. It is an amorphous gel consisting of high molecular weight vegetable waxes dispersed into oils. NaturalAtum® does not contain petroleum hydrocarbon ingredients or hydrogenated vegetable oils, yet has physical and chemical properties similar to petrolatum.

Beeswax, NF-USP 561, Yellow is used to produce creamy textures, for thickening and stability. Beeswax, NF-USP 561, White can be used at any concentration and can augment finished product melt point and add structure. Applications include skin and hair care, color cosmetics, pharmaceuticals, OTC products and nutritional vitamins.

Koster Keunen has developed EU Ozokerite 1090 wax to meet Colipa and European Wax Federation standards. This EU Ozokerite 1090 wax have been designed to function in cosmetic applications the same way as the non-compliant material.

Koster Keunen Castor Wax is derived from the plant Ricinus communis. The oil is hydrogenated to make this hard, brittle, high melt point vegetable wax. Koster Keunen Castor Wax can be used in all cosmetic and personal care products. It is used to thicken emulsions, bind antiperspirants and can work to disperse pigments. It is widely used in lip balms, anhydrous systems and color cosmetics.

Koster Keunen manufactures Behenyl Beeswax by modifying our beeswax to produce a behenyl ester in order to make it less crystalline. Behenyl Beeswax has a wide range of oil gelling capabilities beyond standard beeswax.

Rice Bran Wax is a high melting point vegetable wax obtained from winterization of rice bran oil. Rice Bran Wax primarily consists of high molecular weight monoesters ranging from C-46 to C-66. Our refinement process allows the wax to retain policosanols, phospholipids, phytosterols and squalene for superior quality.

Kester Wax K-56, a plant based monoester, is compatible with most cosmetic ingredients. Koster Keunen provides it as a slip agent to use for structuring cosmetic and personal care anhydrous systems.

Microcrystalline Waxes are produced during petroleum refinement using specified techniques such as distillation, de-oiling and crystallization. Microcrystalline Waxes are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and Koster Keunen carries an assortment of different melt points and penetrations to best fit formulators’ requirements.

Kester Wax CT is a multifunctional, vegan wax designed for the personal care industry. This soft solid wax blend is made up of natural ingredients to offer emolliency, plasticizing, thickening, and moisturization of skin and hair.

Beeswax, NF-USP 561, White is used to produce creamy textures, for thickening and stability. Beeswax, NF-USP 561, White can be used at any concentration and can augment finished product melt point and add structure. Applications include skin and hair care, color cosmetics, pharmaceuticals, OTC products and nutritional vitamins.

The SynKos Wax Series is comprised of white, synthetic waxes with unique gelling and texturizing capabilities. SynKos waxes are synthetic polymers that are highly compatible, cost effective waxes that can also replace petrochemical waxes, petrolatum and polyethylene.

Kester Wax K-SWR is used for body building, lash extending, transfer resistance and more vibrant color development in mascara’s. It can also be used in color cosmetics.

Behenyl Alcohol 2275 is a white, waxy solid with a minimum concentration of 70-80 percent of behenyl alcohol. This behenyl alcohol blend was produced to reduce the crystalline structure which enhances the functionality.

Paraffin wax is made up of straight chain, saturated hydrocarbons with low oil content. Koster Keunen carries an assortment of different straight cut paraffins which vary by molecular weight and melt point to best fit your requirements.

Beeswax, NF PAC, White is used to produce creamy textures, for thickening and stability. Beeswax can be used at any concentration and can augment finished product melt point and add structure. Applications include skin and hair care, color cosmetics, pharmaceuticals, OTC products and nutritional vitamins.

Koster Keunen offers many options for Beeswax in both white and yellow. Koster Keunen NF Beeswaxes meet the monograph of the US Pharmacopeia and can be used in applications such as personal care, OTC and topical pharmaceuticals.

Microcrystalline Waxes are produced during petroleum refinement using specified techniques such as distillation, de-oiling and crystallization. Microcrystalline Waxes are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and Koster Keunen carries an assortment of different melt points and penetrations to best fit formulators’ requirements.

Koster Keunen NF Microcrystalline Waxes follow the US Pharmacopeia requirements. They are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and we carry an assortment of different specifications to best fit formulators’ requirements.

Microcrystalline Waxes are produced during petroleum refinement using specified techniques such as distillation, de-oiling and crystallization. Microcrystalline Waxes are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and Koster Keunen carries an assortment of different melt points and penetrations to best fit formulators’ requirements.

Microcrystalline Waxes are produced during petroleum refinement using specified techniques such as distillation, de-oiling and crystallization. Microcrystalline Waxes are characterized by their fine crystalline structure in contrast to the larger crystalline structure of paraffin wax. They contain long, branched hydrocarbon chains which correlate to a higher molecular weight. Microcrystalline is more flexible, less oily, has higher tensile strength, more adhesion, and higher melt points than paraffin wax. These waxes have excellent gelling properties, and Koster Keunen carries an assortment of different melt points and penetrations to best fit formulators’ requirements.