Plasthall® 190 by Hallstar is a glycol ether ester. It is a non-phthalate plasticizer. It has higher efficiency at viscosity reduction and provides significant reduction in Tg. It reduces skin time... view more

Hallstar® Dioplex® 100 by Hallstar is a polyester sebacate. It is a high molecular weight polymeric plasticizer offering permanence at a very high level. Provides good heat resistance and 80%... view more

HALLSTAR® DIOPLEX® 171 by Hallstar acts as polymeric plasticizer. It is a mixed dibasic acid polyester. It is highly efficient as well as very easy processing. It possesses low viscosity and nominal molecular... view more

Paraplex® G-60 by Hallstar acts as a bio-based plasticizer based on high molecular weight epoxidized soybean oil. It possesses good flexibility at low temperatures, excellent resistance to soap and... view more

Paraplex® GA-20 80% by Hallstar acts as a plasticizer which is alkyd resin. Exhibits high plasticizing efficiency at average temperatures. It is a very tough resin without much flexibility at low... view more

Paraplex® GA-20 80%-X by Hallstar acts as a plasticizer which is alkyd resin. Exhibits high plasticizing efficiency at average temperatures. It is a very tough resin without much flexibility at low... view more

Paraplex® RGA-2 80% by Hallstar is a flexible, oil-modified azelaic acid type plasticizing resin. It provides excellent flexibility, durability, and adhesion in nitrocellulose lacquers. It is recommended... view more

Plasthall® 209 by Hallstar is adipate-based highly compatible plasticizer. It is designed to provide maximum low-temperature flexibility to various types of elastomers. It is easily and rapidly... view more

Plasthall® 297 by Hallstar is a plasticizer designed to give PVC film and sheet extreme low-temperature flexibility. It is monomeric adipate. It minimizes the problems frequently encountered in film... view more

Plasthall® S-73 by Hallstar is an efficient epoxy ester plasticizer. It is an epoxidized octyl tallate. Provides effective heat & liqht stability and low temperature flexibility to PVC... view more