CASABOND™ 1201 by Thomas Swan acts as an adhesion promoter. It can be formulated into systems based on natural rubber, SBR, BR, NBR, EPDM, CR and blends of NR/SBR, NR/BR and BR/SBR. It enhances adhesion... view more

CASABOND™ 1202 by Thomas Swan acts as an adhesion promoter and can be formulated into systems based on natural rubber, SBR, BR, NBR, EPDM, CR and blends of NR/SBR, NR/BR and BR/SBR. It improves handling... view more

CASABOND™ 1203 by Thomas Swan acts as an adhesion promoter and can be formulated into systems based on natural rubber, SBR, BR, NBR, EPDM, CR and blends of NR/SBR, NR/BR and BR/SBR. It requires the... view more

CASABOND™ E by Thomas Swan is a low viscosity, water-based RFL adhesion promoter. It offers a user-friendly, water-based additive for RFL, for use in single-dip and double-dip applications. It exhibits... view more

CASABOND™ E-LA by Thomas Swan is a new water-based RFL adhesion promoter. It offers a user-friendly, water-based additive for RFL, for use in single-dip and double-dip applications. It exhibits excellent... view more

CASABOND™ TX by Thomas Swan is a solution of polymeric isocyanate with low viscosity. It is added to the rubber dough prior to use (up to 8 hours maximum) and the bond is formed during normal... view more

CASABOND™ TXE by Thomas Swan is a solution of polymeric isocyanate with low viscosity. It has a limited pot life. It is added to the rubber dough prior to use (up to 8 hours maximum), and the bond is... view more

CASAMOD™ 450 by Thomas Swan is a polar modifier and randomizer based on tetrahydrofurfuryl ethyl ether (THFEE) and is suitable for the manufacture of polymers, plastics and rubber products. It is used... view more

CASAMOD™ 550 by Thomas Swan is a polar modifier and randomizer based on 2,2-Di(tetrahydrofuryl) propane (DTHFP). It is used in synthetic rubber industry to enable the production of ultra-high... view more

CASAMOD™ 650 by Thomas Swan is a polar modifier and randomizer based on 2,2-Di(tetrahydrofuryl) propane (DTHFP). It is used in synthetic rubber industry to enable the production of ultra-high... view more

CASASTAB™ T by Thomas Swan is a thickening agent for latex compound. It is recommended for use in dipping compounds where moderate increase in viscosity is required. It has a shelf life of 12 months... view more

PEPTON® 22 by Thomas Swan is 2,2'dibenzamido diphenyl disulphide-based peptizer. It is effective at temperatures in excess of 120°C and reduces mastication time & energy requirements, giving increased... view more

PEPTON® 44 by Thomas Swan acts as a peptizer. It is 2,2' dibenzamido diphenyl disulfide blended with a synergistic activator and an inert carrier. It increases the efficiency of open or internal mixer... view more

PEPTON® 62 RO by Thomas Swan acts as a peptizer and is composed of 2,2' dibenzamido diphenyl disulfide blended with a synergistic activator, inert carrier and organic dispersants. It increases the... view more

PEPTON® 66 by Thomas Swan is a peptizer based on 2,2'-dibenzamido diphenyl disulphide blended with a synergistic activator, inert carrier and organic dispersants. It is dust-free and slightly... view more

CASABOND™ 1200 by Thomas Swan is a blend of resorcinol and stearic acid in the ratio of 75:25 which acts as an adhesion promoter. It can be formulated into systems based on natural rubber, SBR, BR, NBR... view more

CASAMID® 710 by Thomas Swan is an accelerator for vulcanization of natural and synthetic rubber. It is a curing agent of the substituted dicyandiamide type. It provides accelerated cure speed, improved... view more

PEPTON® 44T PRILLS by Thomas Swan is 2,2' dibenzamido diphenyl disulphide blended with a synergistic activator and an inert carrier that acts as a peptizer. It is dust free, prill form which offers handling... view more

High-purity multi-wall carbon nanotube wetcake in water. Used in advanced composites (thermal, electrical and structural)... view more

High-purity multi-wall carbon nanotube. Delivered as a dry powder, aqueous or alcohol wet cake. Used in advanced composites (thermal, electrical and structural)... view more