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The material selection platform
Polymer Additives
The material selection platform
Polymer Additives
by SpecialChem
 
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29 products match your search
Product Name
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MoldWiz® INT-38HM by Axel is a proprietary synergistic blend of organic fatty acids, esters, and glycerides. Used as process aid additive. Offers improved resin flow/fill and dispersion of other resin... view more
MoldWiz® INT-3952R is a proprietary synergistic blend of organic phosphate esters and glycerides combined with wetting agents. It acts as a processing aid with anti-static properties, which are... view more
MoldWiz® INT-40DHT by Axel is proprietary synergistic blend of organic fatty acids, esters and glycerides. Used as process aid additive. Offers improved resin flow and dispersion of other resin... view more
MoldWiz® INT-541WT by Axel is a proprietary synergistic blend of organic fatty acids, esters, and amine. It acts as a processing aid with anti-static properties which is incorporated directly into the... view more
Proprietary synergistic blend of organic fatty acids, esters and amides. Used as process aid additive in PVC, polyester elastomers, hytrel engineering thermoplastics P B T-copolymers, LCP, PSU... view more
MoldWiz® INT-619 Pellet (100% Active) by Axel is a proprietary synergistic blend of modified polymers and waxes. It acts as a processing aid and dispersing agent, improving dispersion of other resin additives... view more
MoldWiz® INT-EP-545SL is a proprietary synergistic blend of organic fatty acids, and esters combined with neutralizing agent. It acts as a processing aid and antistatic agent. It is incorporated... view more
MoldWiz® INT-PA33FRK is a proprietary synergistic blend of organic fatty acids and esters combined with wetting agents. It acts as a processing aid, antistatic agent and dispersing agent. It is... view more
Proprietary solution of organic fatty acids & esters in hydrocarbon solvents. Liquid external release agent. It dries at room temperature forming a mono-molecular film which adheres by absorption to... view more
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