Silane in HDPE (stabilized) carrier resin (40%). Acts as a crosslinking masterbatch. It shows excellent mechanical properties and outstanding chemical resistance. It prevents premature... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It does not contain any deactivator or antioxidant. It enables safe and accurate dosing & dispersion in continuous compounding... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It enables safe and accurate dosing & dispersion in continuous compounding operations without the need of expensive injection... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It enables safe and accurate dosing & dispersion in continuous compounding operations without the need of expensive injection... view more

Silane in EVA carrier resin (40%). Acts as a crosslinking masterbatch. It prevents premature polymerization of the grafting agent and provides excellent aging properties of crosslinked polyethylene... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It exhibits thermal stability during the grafting & extrusion process giving less or no plate out on the screw and hence... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It enables optimum dispersion guaranteed by the special carrier-liquid combination. Used in moisture cross-linking of low and... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It enables optimum dispersion guaranteed by the special carrier-liquid combination. Used in moisture cross-linking of low... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It shows excellent mechanical properties and outstanding chemical resistance. It prevents premature polymerization of the... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It enables grafting at temperatures below the decomposition temperature of hydrated fillers such as aluminum trihydrate (ATH)... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It enables grafting at temperatures below the decomposition temperature of hydrated fillers such as aluminum trihydrate (ATH)... view more

Silane in LDPE carrier resin (40%). Acts as a crosslinking masterbatch. It enables grafting at temperatures below the decomposition temperature of hydrated fillers such as aluminum trihydrate (ATH)... view more

Silane in LLDPE carrier resin (70%). Acts as a crosslinking masterbatch. It does not contain any deactivator or antioxidant. It enables safe and accurate dosing & dispersion in continuous... view more

Silane in LLDPE carrier resin (70%). Acts as a crosslinking masterbatch. It enables safe and accurate dosing & dispersion in continuous compounding operations without the need of expensive injection... view more

Silane in LLDPE carrier resin (70%). Acts as a crosslinking masterbatch. It enables safe and accurate dosing & dispersion in continuous compounding operations without the need of expensive injection... view more

Silane in LLDPE carrier resin (70%). Acts as a crosslinking masterbatch. It prevents premature polymerization of the grafting agent and provides excellent aging properties of crosslinked... view more

Silane in LLDPE carrier resin (70%). Acts as a crosslinking masterbatch. It exhibits thermal stability during the grafting & extrusion process giving less or no plate out on the screw and hence... view more

Silane in LLDPE carrier resin (70%). Acts as a crosslinking masterbatch. It enables optimum dispersion guaranteed by the special carrier-liquid combination. Used in moisture cross-linking of low and... view more

Silane in PP carrier resin (70%). Acts as a crosslinking masterbatch. It enables optimum dispersion guaranteed by the special carrier-liquid combination. Used in moisture cross-linking of low... view more

Silane in LLDPE carrier resin (70%). Acts as a crosslinking masterbatch. It shows excellent mechanical properties and outstanding chemical resistance. It prevents premature polymerization of the... view more