Alkyl tin mercaptide. Used in decorative sheeting, display sheets to be vacuum-formed and blow-molded bottles. Exhibits very good heat stability and crystal clarity... view more

Butyltin mercaptide heat stabilizer. Used for PVC articles that are subject to gamma radiation used to sterilize medical devices. Offers better resistance to yellowing and discoloration... view more

Higher efficiency butyltin mercaptide type heat stabilizer. Used for extrusion of PVC pipe, siding and window profiles and other rigid PVC compounds. Provides very good color stability and outdoor... view more

Higher efficiency butyltin mercaptide type heat stabilizer. Used for extrusion of PVC pipe, siding and window profiles and other rigid PVC compounds. Provides very good color stability and outdoor... view more

Butyltin mercaptide. Used as heat stabilizer for rigid and semi-rigid PVC such as in crystal-clear blow-molded bottles. Offers high impact strength, high “blush” resistance and low odor. Provides... view more

Non-toxic, flowable, calcium/zinc PVC heat stabilizer. Used for soft to semi-rigid suspension PVC for compounding, extrusion, injection and calandering molding process. Offers easy use, good thermal... view more

Non-toxic, flowable, calcium/zinc PVC heat stabilizer. Used for soft to semi-rigid suspension PVC for compounding, extrusion, injection and calandering molding process. Offers easy use, good thermal... view more

Non-toxic, flowable, calcium/zinc PVC heat stabilizer. Used for soft to semi-rigid suspension PVC for compounding, extrusion, injection and calandering molding process. Offers easy use, good thermal... view more

Non-toxic, flowable, calcium/zinc PVC heat stabilizer. Used for soft to semi-rigid suspension PVC for compounding, extrusion, injection and calandering molding process. Offers easy use, good thermal... view more

Methyl tin mercaptide. Acts as a heat stabilizer. Has the most excellent performance, which is very effective for the rolling, extrusion and injection molding of hard PVC. Is especially applicable... view more