The TR/TPR (Thermoplastic Rubber) series is primarily based on SBS and is formulated through advanced compounding and modification technologies.
TR/TPR combines the elasticity and flexibility associated with rubber with the processing advantages of thermoplastic materials. Unlike conventional thermosetting rubber, TR/TPR can generally be processed through conventional thermoplastic molding and extrusion processes without vulcanization.
Depending on the formulation and application, production scrap and processing waste can be reground and reused, supporting more efficient material utilization.
TR/TPR materials can be processed using rotary molding machines, table-type injection molding machines, vertical injection molding machines, and direct-injection molding systems, depending on the specific formulation and application.
Products are available in black, natural, and customized colors.

The TPE (Thermoplastic Elastomer) series is primarily formulated using SEBS as the base material.
Compared with conventional TPR formulations, SEBS-based TPE materials can provide enhanced aging resistance, weatherability, temperature resistance, and long-term performance, depending on the specific formulation.
These materials are suitable for applications requiring durability, flexibility, consistent performance, and resistance to environmental conditions.
Typical applications include:Toys，Tool handles，Automotive components，Sporting goods，Sealing systems，Consumer products，Industrial components
Products are available in black, natural, and customized colors.

Gomec's Sustainable Materials Series is developed by incorporating appropriate proportions of bio-based, biomass-derived, and recycled materials into carefully designed formulations while maintaining the required performance characteristics of conventional TR/TPR/TPE materials.
Depending on the specific formulation, the series can incorporate more than 10% renewable or recycled content, helping to reduce reliance on virgin petrochemical-based raw materials and support customers in achieving their sustainability and responsible sourcing objectives.
Through optimized material selection and formulation design, these products can contribute to reducing the environmental impact associated with raw material consumption and production, while maintaining the processing characteristics and performance required for commercial applications.