As a company deeply rooted in the chemical new materials sector, we understand that a good helmet starts with the "granules" at the source and hinges on the "formula" at its core. The helmet-specific material developed this time utilizes independently developed modified PC/ABS alloy materials and high-performance reinforced composites.

In our raw material selection, we demonstrate an ultimate professional pursuit:

High-Performance Resin Matrix: We use independently modified specialty polysulfone resin and ABS high-rubber powder as the base materials, laying a solid foundation for the helmet's high-temperature resistance and combustion resistance.

Composite Reinforcement System: We incorporate high-silica glass fiber and toughening agents through blending. This not only significantly enhances the material's impact strength but also maintains excellent toughness in low-temperature environments.

Functional Modification: We add anti-aging agents and special coupling agents to the formula, making the helmet shell resistant to acid and alkali corrosion and UV aging.

Finished Product Advantages: Hardcore Protection, Within Reach

1. Ultra-High Impact Resistance: Thanks to the PC/ABS alloy material, the helmet shell can effectively disperse and absorb impact force, resisting strong puncture.

2. Lightweight Design: Through material flow optimization, we have successfully reduced helmet weight, making safe travel more comfortable.

3. Excellent Weather Resistance: The special material formulation maintains stable impact absorption capability within a temperature range of -20°C to 50°C.

4. Environmentally Friendly: All products comply with ROHS and REACH standards, featuring an antibacterial inner lining.

Full-Stack Self-Development
From the reactors of the chemical plant to the injection molding machines, we have completed the vertical integration of the industrial chain.

Currently, this series of high-performance helmets has officially entered mass production, providing reliable protection for cycling enthusiasts and specialized work scenarios.