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The material selection platform
Polymer Additives
The material selection platform
Polymer Additives
by SpecialChem
 
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9 products match your search
Product Name
Supplier
Description
Plasthall® DOP by Hallstar acts as monomeric plasticizer. It is dioctyl phthalate. It provides a balance of properties as well as economical cost. It has compatibility with cellulose nitrate... view more
Plasthall® ELO by Hallstar is bio-based plasticizer. It epoxidized linseed oil. It provides good heat and light stability and high compatibility in PVC. It is recommended for food contact and medical... view more
Plasthall® P-643 by Hallstar is a polyster adipate which is a low to medium molecular weight plasticizer. It exhibits extraction and migration resistance superior to typical monomeric plasticizers... view more
Plasthall® P-650 by Hallstar acts as a plasticizer which is polyester adipate. It offers excellent migration resistance and good low temperature performance. Plasthall® P-650 is used in gaskets, general-purpose... view more
Plasthall® P-745 by Hallstar is a low molecular weight polyester azelate-based plasticizer. It offers very good processability and compatibility while maintaining permanence and migration resistance. It... view more
Plasthall® PR-A217 by Hallstar is a low molecular weight & readily biodegradable polyester adipate. It acts as a plasticizer. It offers excellent low temperature performance. It is suitable for... view more
Plasthall® PR-A610 by Hallstar is a 100% bio-based, renewable ester. It acts as a plasticizer. It offers improved volatility resistance. It is compatible with acrylic resins, nitrile and polyvinyl... view more
Plasthall® PR-LCOA by Hallstar is a low molecular weight, long chain oligomer. It is designed to be used as a plasticizer. It is compatible with acrylic rubber, chlorinated rubber, epichlorohydrin... view more
Plasthall® TOTM by Hallstar is trioctyl trimellitate-based plasticizer. It imparts to PVC compounds excellent volatility resistance, very low compound weight losses, exceptional retention of original... view more
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