Introduction of the material
Our high-performance POM (Polyoxymethylene) stands out with excellent toughness and outstanding low-temperature resistance, making it the ideal material choice for components that demand superior resilience and reliable performance in low-temperature environments.
Parameter | Value |
Polymer Base | POM |
Glass Fiber Reinforcement | 0% |
Mechanical StrengtH | High impact strength |
| Low-temperature performance | -40°C, no cracking after 72 hours |
Typical Uses | Snap, fasteners, etc. |
This premium POM grade is engineered to withstand prolonged exposure to low temperatures—even in frigid conditions, it maintains a high retention rate of its key mechanical properties, ensuring consistent functionality and structural stability without compromise.
Widely applied in manufacturing snaps, fasteners, and similar critical parts, it delivers dependable performance in demanding low-temperature applications (such as cold-chain equipment, outdoor machinery, or automotive under-hood components).
Additionally, we offer customized formulations tailored to your specific project requirements, helping you achieve optimal performance for your unique low-temperature or toughness-focused applications.
Material Advantages
Its exceptional low-temperature stability effectively prolongs the service life of components. With long-term low-temperature resistance and excellent toughness, your parts will maintain reliable performance
and durability even in harsh low-temperature environments—eliminating concerns about functional failure due to frigid conditions.
This material has been specially optimized for impact resistance, delivering exceptional toughness to meet the high-toughness requirements of demanding applications. It can withstand sudden impact forces without cracking or deformation, ensuring the structural integrity of your components.
Fully compliant with international environmental regulations such as RoHS and REACH, it adheres to global sustainability standards, making it a responsible choice for eco-conscious projects. Meanwhile, its strong adaptability supports diverse design needs, helping reduce design constraints and optimize overall production costs.
Thanks to its robust performance, it is perfectly suited for automotive parts—especially for manufacturing automotive seatbelt loops and interior components. It meets the strict performance and safety standards of the automotive industry, providing stable and reliable support for vehicle interior systems.
