Products

Kostol IBT is an emulsifying wax based on quaternary ammonium salt. This emulsifier produces thick and creamy emulsions that feel light and hydrating on the skin with 3-5% only usage levels. By putting this emulsifier in salt form it will dissolve in water, and because it is cationic it is attracted to the hair – making it the perfect ingredient for shampoos and conditioners, as well as a host of other personal care products.

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.

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.

PEG-8 Beeswax is the result of the esterification of the free fatty acids of beeswax with polyethylene glycol. The outcome of this process is a light colored wax with self-emulsifying properties and improved oil gelling capabilities designed to be used in all cosmetic applications. It creates emulsions with a rich texture and glossy appearance.

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.

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.

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.

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.

Kostol STMC has been designed to produce thick, creamy, radiant white emulsions with excellent spreadability and deposition to skin and hair. It is especially recommended for use in systems where a sulfate free claim is needed. It is ideal for use in sulfate-free conditioning shampoo, and sulfate-free conditioners. Kostol STMC adds a brighter sheen to emulsions and conditioners. Kostol STMC is proven to reduce frizz and static in hair as well as reduces wet and dry combing friction.

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.

Koster Keunen Jojoba Wax is a naturally derived, high molecular weight monoester ranging from C36-C46. Jojoba wax can impart some structural properties to personal care and cosmetic formulations.

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.

Koster Keunen Sunflower Wax is a vegetable wax obtained from the winterization of sunflower oil. This wax consists of long chain, saturated C-42 to C-60 esters. These esters correlate to hardness, crystalline structure, and a high melting point. It functions as a strong gellant and consistency modifier in sticks and emulsions.

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 Synthetic Candelilla Wax is a cost effective alternative to natural candelilla wax. It is a light in color, hard, and brittle wax. This chemistry is designed to match the properties and characteristics of natural candelilla.

Koster Keunen Soy Wax is available in both a partially hydrogenated or fully hydrogenated version. Multiple hydrogenated fractions of the natural oil increase stability of the product and alter the melt point for specific formulating.

Kester Wax K-59 is a natural long chain, plant-based ester wax. It has excellent oil gelling and oil binding capabilities, as well as broad compatibility with lipid cosmetic ingredients.