Our extensive range of resin products contributes to the durability, strength, and sustainability of construction materials and structures. Whether it's formulating resilient coatings or specialty resins, Crest delivers solutions that enhance the performance and longevity of construction components. Our commitment to innovation and quality ensures that Crest remains a valuable partner in advancing the capabilities of the construction industry and, thus, contributes to the world's infrastructure!

Crest’s C’POL 7000 Series of Bisphenol A based Vinyl Ester Resin

The infrastructure industry demands an ever-increasing need to balance structural integrity, usability, and long-term durability against overall material weight. Over the years, Crest has supplied the construction industry with stronger, lighter, and more resistant substitutes for traditional materials. Products like Crest’s Thermoset Epoxy and Polyester resins provide the right solutions to balance performance, cost, and weight, leading to a more efficient and robust construction process. Our key offering for the construction industry, the C’POL 7000 Series of Bisphenol, offers several benefits that make them the ideal choice for Poly Concrete and Rebar (Reinforced Steel) construction.

Salient Features

• It is lighter than steel while offering very high-tensile performances.
• Fully resistant to corrosion
• Electrically non-conductive,
• They have low thermal conductivity and are transparent to magnetic fields and radio frequencies

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C’POL range of Unsaturated polyester resins based on Terephthalic acid

Our products are designed to have higher impact strength and are excellent for high-speed Pultrusion processing with improved finish and reduced shrinkage. The resin is environmentally friendly because of low styrene emission, leading to a product portfolio that is ideal for our customers and our planet. (need to discuss with R&D) Our C’POL range of Unsaturated polyester resins based on Terephthalic acid is another range of resins that bolsters the efficacy of the building and construction industry with benefits like

Salient Features

• The ability to endure high filler loading with compatibility to low profile additives, providing ease of application in the fabrication of a wide range of FRP structures by hand lay-up, filament winding, and other conventional fabrication techniques
• Improved chemical, mechanical, and electrical properties.