News

To further enhance the production quality, process stability and technical level of fluororubber mixed rubber products, our company recently invited a senior technical expert and former director of the Sealed Rubber Mixing Workshop to conduct on-site professional guidance and technical optimization for the whole process of fluororubber compound processing.

This article introduces the core advantages of TPE seal strips specially designed for interior door stop lines. Adopting eco-friendly TPE raw materials, the strips feature non-toxic, odorless, high resilience, adjustable Shore hardness (35-75°), ultra-wide temperature resistance (-80℃ to 280℃), anti-aging, deformation resistance and mild acid & alkali resistance. Integrating decoration, dust sealing, sound insulation and buffer functions, they effectively solve the defects of traditional PVC and rubber door strips such as easy cracking, odor and aging. Ideal for all kinds of interior doors, the TPE weather stripping delivers long-lasting stable performance and superior home experience.

Food-grade silicone sealing strips are ideal for steam cabinets thanks to their excellent high-temperature resistance, flexibility, durability, and hygiene performance. They help prevent steam leakage and provide reliable, long-lasting sealing for commercial food-steaming equipment.

TPE profiles vs. rubber profiles – which is better? There is no absolute "better". The choice depends on operating temperature, sealing requirements, chemical exposure, production budget and sustainability goals.

We are pleased to announce that our High-performance livestock mat fixing wedge, specifically designed for livestock bedding on farms, have officially entered mass production.

We are pleased to announce our upgraded pre‑formed rubber blanks for compression moulding. Manufactured with colour‑free, eco‑friendly raw materials, these blanks deliver notable improvements for finished mould‑pressed rubber parts. Unlike conventional rubber blank processing, our rubber blanks go through dedicated pre‑forming procedures. This key process optimizes material distribution inside the mould during compression. As a result, the final moulded parts achieve superior dimensional accuracy, well‑defined and precise parting lines, together with neat, consistent surface appearance.