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ACCUMELT® and IGI® 2002A
ACCUMELT® and IGI® 2002A waxes are used in ink applications as ink additives because they offer: - Narrow molecular weight and sharp melting point - Improved mar resistance - Good release properties - Helps with consistent colour in coloured inks
ADDISP™ Wetting & Dispersing Additives
ADDISP™ are solvent-free dispersants and co-dispersants for pigment dispersants and fillers used primarily in coatings, inks and adhesives.
APMMEA and APMMEA-WB
Huntsman APMMEA-WB and APMMEA amine neutralisers provide optimum pH, emulsion stability and enhanced pigment dispersion, have low viscosity and are essentially colourless.
DEHSCOFIX®
DEHSCOFIX® surfactants for industrial applications, primarily construction, paints, inks and emulsion polymerisation. Surfactants act as intermediates, essential to creating specialised end-use properties e.g. in cement as a superplasticiser or air entraining agent.
ELTESOL®
Liquid & dried hydrotropes, based on sulfonate chemistry. Hydrotropes have synergistic effects when used with other surfactants. Useful as compatibilisers in the Polymer, Paints, Coatings and Fragrances industries, as well as for pharmaceutical applications.
EMPIPHOS®
EMPIPHOS® phosphate esters are excellent emulsifiers for polymerisation, and can also be used in lubricants/cutting oils due to their anticorrosive properties.
Maxomer
Maxomer surfactant products offer great lubricating properties and can be used for a wide range of applications, where surfactants are required within the plastics industry.
UNITHOX ™ Ethoxylates
UNITHOX ™ Ethoxylates are nonionic emulsifiers and wetting agents with high molecular weights and melting points. These are fully saturated, long chain, linear, C20 to C50 synthetic alcohol ethoxylates. As a result, they can disperse higher molecular weight polyethylene, polyolefin, paraffin waxes and serve many applications including paints, coatings, inks, plastic, and agriculture.
VYBAR™ Polymers
VYBAR™ hyperbranched polyalphaolefins are recognised worldwide for their ability to improve the total performance and value of candles based on paraffin waxes. The physical properties of VYBAR™ polymers are distinctive and depend largely on the amount and length of branching. They are typically harder than other polymers and waxes of similar melting points.