Blogs

Epoxy doming resin is widely used for labels, badges, and decorative applications, but many users experience yellowing after outdoor exposure. This article explains why epoxy resin turns yellow, how UV light affects resin performance, and why UV-resistant PU doming resin is often recommended for long-term outdoor applications such as automotive logos and outdoor emblems.

Choosing between flexible and rigid doming resin is important for achieving the best appearance, durability, and performance. This article explains the key differences between flexible and rigid doming resin, including hardness, flexibility, scratch resistance, application scenarios, and outdoor performance, helping buyers select the correct resin system for labels, badges, automotive logos, and decorative dome coatings.

Choosing the right doming resin is critical for outdoor applications such as automotive logos, badges, and labels. This article explains the differences between epoxy and PU doming resin, including UV resistance, yellowing performance, flexibility, hardness, and outdoor durability, helping buyers select the best resin system for long-term outdoor use.

EPDM (Ethylene Propylene Diene Monomer) granules are premium synthetic rubber materials renowned for exceptional durability, UV resistance, and shock absorption. As a versatile surfacing material, they dominate playgrounds, sports courts, and public spaces, delivering safety, aesthetics, and longevity. This article explores EPDM granules’ composition, core advantages, applications, and quality standards, highlighting their value in modern construction and recreation.

Ethylene Propylene Diene Monomer (EPDM) granules have emerged as a pivotal material in high-performance surfacing, blending exceptional durability, environmental safety, and versatile usability. This article explores the unique molecular structure and physical-chemical properties of EPDM granules, highlighting their advantages over traditional rubber materials. It delves into key applications across sports facilities, playgrounds, and industrial flooring, emphasizing compliance with global safety and environmental standards. Additionally, the article addresses recent advancements in low-carbon EPDM formulations and circular economy practices, underscoring their role in sustainable construction. With superior UV resistance, shock absorption, and non-toxicity, EPDM granules continue to set benchmarks for modern, eco-conscious surfacing solutions.

This project case introduces a 4mm PU mortar flooring system supplied for a textile dyeing factory in Guatemala. The PU flooring system was selected for its excellent resistance to hot water, salt, chemicals, and industrial traffic. Compared with standard epoxy flooring, PU mortar flooring provides better durability and performance for industrial wet-process environments such as textile factories and production areas.