Glass Fiber Reinforced POM GF30
Quick Summary: POM GF30 is a polyoxymethylene material reinforced with 30% glass fiber, delivering the highest stiffness, strongest creep resistance, and most aggressive deformation control available within the POM family. This grade is designed for geometry-critical structural components where even minor dimensional drift is unacceptable and material behavior must remain rigid and predictable under continuous […]
Glass Fiber Reinforced POM GF25
Quick Summary: POM GF25 is a polyoxymethylene material reinforced with 25% glass fiber, engineered for applications where high stiffness, strong creep resistance, and strict dimensional control are mandatory. Compared with GF15 and GF20, this grade delivers a decisive increase in rigidity and long-term load stability, making it suitable for structural components with minimal deformation tolerance. […]
Glass Fiber Reinforced POM GF20-Structural Upgrade Reduced Creep Load-Stable Precision Acetal
Quick Summary: POM GF20 is a polyoxymethylene material reinforced with 20% glass fiber, engineered to deliver a noticeable step-up in stiffness, creep resistance, and load stability compared to GF15. This grade is designed for structural components subjected to continuous or higher mechanical stress, where controlled deformation and long-term dimensional reliability are critical. YongJinHong POM GF20 […]
Glass Fiber Reinforced POM GF15 – Balanced Stiffness Low Deformation Precision Structural Acetal
Quick Summary: POM GF15 is a glass fiber reinforced polyoxymethylene containing 15% glass fiber. It provides a controlled increase in stiffness and dimensional stability over standard POM while preserving good processability and impact balance. This grade is ideal for precision structural components where moderate load resistance is required without sacrificing molding stability. YongJinHong POM GF15 […]
Glass Fiber Reinforced POM – High Stiffness Low Deformation Structural Acetal
Quick Summary: Glass Fiber Reinforced POM is an acetal (polyoxymethylene) material strengthened with glass fiber reinforcement to deliver higher stiffness, improved load-bearing capability, and enhanced dimensional stability. Compared with standard POM, this grade significantly reduces deformation under mechanical stress, making it ideal for structural and precision components where rigidity is critical. Glass Fiber Reinforced Polyoxymethylene […]
Low Odor POM – Low VOC Human-Contact Friendly Precision Acetal
Quick Summary: Low Odor POM is an acetal (polyoxymethylene) material specially engineered to minimize odor emission and volatile organic compounds (VOC) while maintaining POM’s core advantages of low friction, dimensional stability, and wear resistance. It is designed for enclosed environments, interior components, and applications where user comfort and air quality are critical. Low Odor Polyoxymethylene […]
Heat Resistant POM High Thermal Stability Precision Retention Engineering Acetal
Quick Summary: Heat Resistant POM is an acetal (polyoxymethylene) material engineered to maintain mechanical strength, stiffness, and dimensional accuracy under elevated temperatures. Unlike standard POM grades, this material is optimized for continuous thermal exposure while preserving low friction and wear resistance, making it ideal for precision and moving components operating near the thermal limits of […]
Flame Retardant POM-UL94 Rated Low Friction Fire-Resistant Acetal
Quick Summary: Flame Retardant POM is an acetal (polyoxymethylene) material engineered to provide flame resistance while retaining POM’s signature properties—low friction, high wear resistance, and excellent dimensional stability. Unlike flame-retardant PP or PA materials, this grade is designed for moving or precision components that require both mechanical reliability and fire safety compliance. Flame Retardant Polyoxymethylene […]