The Universal Selection Source: Cosmetics Ingredients

by SpecialChem

Baycusan® C 1004

Technical DataSheet | Supplied by Covestro in-cosmetics global 2017

Polyurethane-35. Baycusan® C 1004 by Covestro acts as a film forming, toning and firming agent. It is a colloidal system of a high molecular weight polyurethane polymer dispersed in water. An internal emulsifier is incorporated into the polymer backbone to ensure stability of the dispersion. Therefore, the use of external surfactants is not required. The polymer structure contains both hydrophilic and hydrophobic segments, which impart a unique combination of water resistance and ease of removal from skin. It imparts non-transfer resistant properties to decorative cosmetics. It displays a good balance of properties like outstanding water resistance, great aesthetics, non-greasy and non-sticky feel on the skin, excellent spreadability, good non-transfer properties, good adhesion to skin, fast drying, excellent abrasive resistance, good washability, etc. It allows for very water-resistant emulsions with a sand resistance effect. It is a biocide-free product suitable for various emulsions type and cold processes. It is gentle and suitable for matured & sensitive skin. Baycusan® C 1004 can be incorporated into oil-in-water and water-in-oil emulsions as well as in multiple emulsions, gels and gel creams. Used in skin care, sun care and color cosmetics formulations.

Baycusan® C 1004 Product details

Claims
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INCI Names
POLYURETHANE-35
Chemical Composition
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Appearance
Liquid, viscous, low
Color
White
Product Status
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Applications/ Recommended for
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Origine/Nature
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Regulatory Status
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Labels/Agency Rating
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Baycusan® C 1004 Properties

Property

Value & Unit
Test Condition
Test Method
Solids, DIN EN ISO 3251
xxxxxxx %
Viscosity at 23°C, DIN EN ISO 3219
xxxxx mPas
pH, DIN ISO 976
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Heavy metal content, Atom Absorption Spectroscopy
xxxx mg/kg
Glass transition temperature, DIN EN 61 006
xxxxx °C
Minimal film formation, DIN ISO 2115
xxx °C
Tensile strength at 100% elongation
xxx MPa
Elongation at break
xxxx %
Tensile strength at break
xx MPa
Swelling in water, 16 hours at RT
x %
Last edited Apr 11, 2017
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