HALLBOND® RX-13946-D by Hallstar is an adhesion promoter. It improves rubber to metal adhesion and rubber to synthetic fibers such as polyesters, nylon and aramid. The HALLBOND RX-13946-D provides equal or... view more

Paraplex® A-8030 by Hallstar acts as a plasticizer. It is a low molecular weight polymeric polyester adipate, which offers a good balance of performance properties. It shows very good plasticizing... view more

Paraplex® A-8200 by Hallstar acts as a plasticizer which is medium molecular weight polymeric ester. It offers excellent extraction resistance to both polar and non-polar mediums. It also offers low... view more

Paraplex® G-54 by Hallstar is polyester adipate which is an intermediate molecular weight plasticizer in PVC with good high humidity at elevated temperatures. It has excellent resistance to migration... view more

Paraplex® G-59 by Hallstar is an intermediate molecular weight polyester plasticizer with outstanding permanence properties. Offers extraction resistance and low volatility characteristics, which make... view more

Plasthall® P-670 by Hallstar is a low molecular weight polyester plasticizer. It is polyester adipate. It offers excellent efficiency, processing characteristics and low temperature properties. It also... 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® 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

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

Plasthall® TOTM-CA by Hallstar is a relatively higher molecular weight monomeric ester. Imparts excellent volatility resistance, and excellent extraction resistance to polar and non-polar fluids. It... view more