A New Era of Performance: Unveiling Our Breakthrough Low-Shrink, High-Color, Scratch-Resistant SMC Material
Sep 12, 2025|
View:499A New Era of Performance: Unveiling Our Breakthrough Low-Shrink, High-Color, Scratch-Resistant SMC Material

Redefining the possibilities of high-performance composites with three key advancements.
In an industry driven by innovation, materials are the foundation of progress. We are proud to introduce the next generation of Low-Shrinkage, High-Colorability, Scratch-Resistant Sheet Molding Compound (SMC), a material solution that delivers three core technological advancements to meet the demands of high-end applications.


1. Ultra-Low Shrinkage: Precision and Stability Redefined
Traditional SMC materials often suffer from higher shrinkage rates, leading to dimensional inaccuracies and warping. Our advanced formulation technology reduces molding shrinkage to within 0.05%, achieving exceptional dimensional stability and shape accuracy. This makes it ideal for large, structurally complex components, eliminating assembly and sealing issues caused by uneven shrinkage.

2. Superior Colorability and Surface Quality: Where Aesthetics Meet Performance
The material’s pure base and excellent flowability allow it to blend perfectly with various color pastes, delivering rich, vibrant, and long-lasting color effects. With minimal fiber pattern visibility, it achieves a Class-A surface quality suitable for direct use without painting or easy post-painting, significantly reducing finishing costs and meeting high-end aesthetic requirements.


3. Exceptional Scratch Resistance: Built to Last
Enhanced with a specialized toughened resin system and surface modification technology, the material offers significantly improved surface hardness and scratch resistance. It withstands daily wear, abrasion, and chemical exposure while retaining the inherent benefits of SMC: high strength, rigidity, and flame retardancy (UL94 V-0), ensuring safety and durability throughout the product lifecycle.
This new material represents our latest achievement in composite technology and has already been successfully adopted in fields including new energy battery enclosures and high-end bathroom products, receiving strong positive feedback from customers. We believe it will enable revolutionary changes in design and manufacturing across many industries.
















