Products

Pepton® 66 is a dust free, pellet form chemical peptiser which provides handling and environmental improvements over conventional powder form peptisers.

Casabond™ E-LA is a new water-based RFL adhesion promoter, particularly recommended for pre-treatment of polyester tire cords, conveyor belt and V-belt reinforcements. Casabond™ E-LA offers all the same well-known advantages of Casabond E and, in addition, offers enhanced handling characteristics and reduced ammonia content.

Pepton® 44 Prills is an improved and more efficient version of the established powdered Pepton® 44 Prills. Being free-flowing and dustless, it offers handling and environmental improvements. Additionally, increased peptising efficiency is derived from its rapid dispersion in rubber.

Pepton® 22 is a peptiser for use in the high-temperature mastication of natural and synthetic rubbers.

Casastab™ T is a thickening agent for latex compounds. It is recommended particularly where a moderate increase in viscosity is required, for example in dipping compounds and adhesives.

Pepton® 44T Prills is a dust free, prill form peptiser which offers handling and environmental improvements over conventional powdered peptisers.

Thomas Swan PEG-3350 is a polyether compound which has a wide variety of applications depending on the length of the polymer chain and the molecular weight of the final polymer. PEG’s are typically prepared by polymerization of ethylene oxide and they can range in molecular weight from 200 g/mole to 8,000 g/mole.

Pepton® 44 is a peptizer which efficiently reduces the viscosity of natural rubber and general purpose synthetic elastomers during mastication at elevated temperatures.

Pepton® 44 RO peptiser efficiently reduces the viscosity of natural rubber and general purpose synthetic elastomers during mastication at elevated temperatures. Pepton® 44 RO is an improved and more efficient version of Pepton® 44 Prills.

Thomas Swan PEG-4000 is a polyether compound which has a wide variety of applications depending on the length of the polymer chain and the molecular weight of the final polymer. PEG’s are typically prepared by polymerization of ethylene oxide and they can range in molecular weight from 200 g/mole to 8,000 g/mole.