In-depth understanding of the industry pain points, solutions and future trends of flame retardant high temperature vulcanized silicone rubber (HTV), from technology to market, a comprehensive interpretation of the key challenges and opportunities of HTV.   Read More>

A full analysis of rubber flame retardant technology, from principle to application, takes you deep into the key knowledge of rubber flame retardant.   Read More>

Guangzhou YINSU Flame Retardant Co., Ltd. invites you to attend Chinaplas 2025 to learn about the most cutting-edge technologies and solutions for the plastics and rubber industries in Asia.   Read More>

Uncover 48 practical tips for improving the tensile strength of rubber materials, from material selection to processing, all aspects of improving rubber performance.   Read More>

The article elaborates on red phosphorus flame retardants, covering their structural properties, flame retardant characteristics, existing problems, flame retardant mechanism, and development trends, also introducing relevant products of YINSU Flame Retardant.   Read More>

Thermoplastic polyurethane elastomers (TPU) are widely used with excellent properties. Commonly used modification additives like lubricants, wear-resistant agents, etc., play crucial roles in enhancing TPU's functionality, appearance, and processability.YINSU Flame Retardant Company, with its efficient flame retardant products developed for PU materials, such as coated red phosphorus powder, red phosphorus paste, and PUP-15 white powder flame retardant, offers halogen-free and environmentally friendly solutions with high flame retardancy.   Read More>

Gain an in-depth understanding of flame-retardant modification options for thermoplastic elastomers and their wide range of applications, and explore ways to enhance material safety.   Read More>

In the plastic industry, this event focuses on discussing how to leverage digital resource sharing in a changing environment to promote enterprise transformation and upgrade, and to boost order growth.   Read More>