Barium-Zinc based compound. Acts as a heat stabilizer. Offers very good long term heat stability. Provides self-lubricating and maintains good color retention in white and pigmented stocks. Does not... view more

Barium-Zinc based compound. Acts as a heat stabilizer. Imparts good long term heat stability, and good initial color. Specially developed for plasticized PVC compounds for calendering and extrusion... view more

Barium-Zinc based compound. Acts as a heat stabilizer. Imparts good long term heat stability, and good initial color. Specially developed for plasticized PVC compounds for calendering and extrusion... view more

Barium-Zinc based compound. Acts as a heat stabilizer. Imparts good long term heat stability, and good initial color. Specially developed for plasticized PVC compounds for calendering and extrusion... view more

Barium-Zinc based compound. Acts as a heat stabilizer. Offers very good long term heat stability. Provides self-lubricating and maintains good color retention in white and pigmented stocks. Does not... view more

Cadmium-Barium-Lead based compound. Acts as a complex stabilizer. Specially developed for extrusion rigid foamed profiles. Imparts fine unifoam cell structure... view more

Methyl tin complex based powdered compound. Non-toxic methyl tin combined with calcium stearate/lubricants one-pack. Imparts very good color retention long-term heat stability non-plate out... view more

Cadmium-barium-lead based compound. Acts as a heat stabilizer. Offers very good heat stability, color retention, and weatherability. Provides good self-lubricating effect, non-plate out... view more

Cadmium-barium-zinc based compound. Acts as a heat stabilizer. Imparts very good long term heat stability for pigmented flexible vinyl sheet and leather. Offers very good resistance to pinking in... view more

Cadmium-barium-zinc based compound. Acts as a heat stabilizer. Imparts very good long term heat stability for pigmented flexible vinyl sheet and leather. Offers very good resistance to pinking in... view more

Cadmium-barium-zinc based compound. Acts as a general purpose heat stabilizer for calendered sheet and film, extruded stock. Offers high resistant to sulfide stain. Exhibits self-lubricating, and... view more

Cadmium-barium-zinc based compound. Acts as a general purpose heat stabilizer for calendered sheet and film, extruded stock. Offers high resistant to sulfide stain. Exhibits self-lubricating, and... view more

Cadmium-barium-lead based compound. Acts as a heat stabilizer. Offers very good heat stability, color retention, and weatherability. Provides good self-lubricating effect, non-plate out... view more

Cadmium-barium-lead based compound. Acts as a general purpose heat stabilizer for rigid and plasticized calendered sheet and film, extruded stock. Offers superior heat stability, weatherability and... view more

Cadmium-barium-lead based compound. Acts as a general purpose heat stabilizer for rigid and plasticized calendered sheet and film, extruded stock. Offers superior heat stability, weatherability and... view more

Barium-lead based compound. Acts as a heat stabilizer. Offers very good clarity and long-term heat stability. Provides non-plate out and blooming characteristics. Used for semi-rigid and flexible... view more

Barium-lead based compound. Acts as a heat stabilizer. Offers very good clarity and long-term heat stability. Provides non-plate out and blooming characteristics. Used for semi-rigid and flexible... view more

Tribasic lead sulphate. Acts as a stabilizer in combination with a well balanced lubricant system. Used mainly for pressure pipe, soil, and drain pipe applications... view more

Tribasic lead sulphate. Acts as a stabilizer. Specially developed for injection moulding. Used in the production of fittings for soil pipe such as bends and joints. Imparts very good long term heat... view more

Ba-Ca-Pb based compound. Acts as a stabilizer/lubricant one-pack for the extrusion of window profiles and building profiles. Imparts very good color retention, long-term light stability and... view more