HUNTSMAN

Polyurethane Microcellular Elastomer System – RIMLine SA 95024 is a formulated system consisting of polyols, catalysts, and additives. When combined and reacted with SUPRASEC 2029 at the recommended ratio, these materials will produce a microcellular, polyurethane cast elastomer.

Spray Polyurea Elastomer System – RIMLine SA 96003 is a fully blended composition of polyether amines and various additives designed for use in two-component, high-pressure spray application equipment. RIMLine SA 96003 has been developed for use with MDI-based prepolymers such as SUPRASEC 9629 in a 1:1 volume ratio, to give a solid, polyurea elastomer for applications including Waterproofing, Industrial Maintenance Coatings, and Secondary Containment for concrete or steel substrates.

Spray Polyurea Elastomer System – RIMLine SA 96010 is a fully blended composition of polyether amines and various additives designed for use in two-component, high-pressure spray application equipment. RIMLine SA 96010 has been developed for use with MDI-based prepolymers such as SUPRASEC 9629 in a 1:1 volume ratio, to give a solid, polyurea elastomer for applications including Waterproofing, Industrial Maintenance Coatings, and Secondary Containment for concrete or steel substrates.

Spray Polyurea Elastomer System – RIMLine SA 96016 is a fully blended composition of polyether amines and various additives designed for use in two-component, high-pressure spray application equipment. RIMLine SA 96016 has been developed for use with MDI-based prepolymers such as SUPRASEC 9629 in a 1:1 volume ratio, to give a solid, polyurea elastomer for applications including Waterproofing, Industrial Maintenance Coatings, and Secondary Containment for concrete or steel substrates.

Pultrusion Polyol Blend – RIMLINE SK 97007 is a fully formulated polyol blend, including internal mold release (IMR), intended for use in pultrusion processing. Designed as part of a two-component system in conjunction with SUPRASEC 9700 MDI-based isocyanate, the resin offers good wetting characteristics, accelerated line speeds, low pull forces, and no VOC emissions. The complete polyol/isocyanate resin system is ideally suited for structural profiles in demanding applications where superior strength and durability are required.