Entropy Resins® are high-performance, biobased epoxies developed with sustainability in mind. Created primarily for use with board sports such as snowboards, skis, surfboards & skateboards, they are popular with those manufactuers but can be used for much more. The range includes Clear Casting, Clear Laminating, Compression Moulding and the newly launched BIOInfusion™.
Entropy Resins was founded by Desi and Rey Banatao, then acquired by Gougeon Brothers Inc. in the USA. As the demand for biobased products increases, Entropy Resins manufacture with renewable sources. Efficient manufacturing, green chemistry and the use of renewable raw materials all play a part in conserving energy, minimising harmful byproducts and reducing greenhouse gas emissions.
Entropy Resins is manufactured in the UK by Wessex Resins & Adhesives Ltd. who supply to the EMEA Region (Europe, Middle East and Africa) under PRO-SET Formulated Resin Systems and complies to ISO 9001:2015 Quality Management System.
Wessex Resins & Adhesives Ltd. has developed and manufactured specialised epoxy products since 1981. During which, we have worked with many organisations, including the Ministry of Defence, London Underground, Bombardier and BAE Systems.
Our range of off-the-shelf epoxy products provide high-quality, proven solutions for a huge number of demanding applications including underwater.
We understand that customers have individual and distinct requirements for epoxies that call for custom formulations.
It may be that you need a solution that works with a particular substrate, or an epoxy that functions in extreme conditions. We will consult with you to determine the formulation you need – whether that is an epoxy from our extensive range or a customised solution.
Wessex Resins & Adhesives Ltd. also manufactures the renowned WEST SYSTEM®, PRO-SET® and ENTROPY RESINS® Epoxy products for Europe, the Middle East and Africa under PRO-SET Formulated Resin Systems.
PRO-SET® products provide a range of epoxy systems for durable, high-performance, lightweight composites that can withstand the harshest environments.