Pbt Gf10Md20: High-Performance Glass Fiber and Mineral-Reinforced Engineering Plastic for Demanding Industrial Applications This advanced thermoplastic compound, PBT GF10MD20, is a premium-grade material engineered with 10% glass fiber and mineral reinforcement to deliver exceptional mechanical performance. Designed for industries requiring structural integrity under stress, this reinforced polybutylene terephthalate (PBT) offers superior tensile strength, dimensional stability, and resistance to deformation—making it an ideal solution for components exposed to high mechanical loads or thermal fluctuations. Key Features: - Enhanced Mechanical Rigidity: The inclusion of glass fiber significantly boosts flexural modulus and impact resistance, ensuring long-term durability in dynamic environments. - Versatile Material Platform: Suitable for both consumer and industrial applications, this grade supports manufacturing needs across automotive, electrical, appliance, and sports equipment sectors. - Thermal and Chemical Resistance: Maintains consistent performance at elevated temperatures while resisting common solvents and environmental stressors found in harsh operating conditions. - Design Flexibility: Offers excellent flow characteristics during molding, allowing complex geometries without sacrificing strength or surface finish. Detailed Description: PBT GF10MD20 represents a refined formulation within the family of modified engineering plastics. By integrating short glass fibers and mineral fillers into the base PBT polymer matrix, manufacturers achieve a balanced blend of stiffness, toughness, and processability. Unlike standard unreinforced PBT, this composite exhibits reduced creep deformation under sustained load, making it particularly suitable for precision-molded parts that must maintain tight tolerances over time. The material’s enhanced thermal stability allows it to perform reliably between -40°C and +120°C, expanding its utility in both indoor and outdoor applications. While laboratory data provides general benchmarks for properties like tensile strength (typically >75 MPa), elongation at break (~3%), and heat deflection temperature (HDT > 150°C), users are advised to consult official technical documentation from suppliers for exact specifications tailored to their application requirements. Applications Across Industries: From automotive interior trim and exterior connectors to electrical enclosures, power tool housings, and lighting fixture components, PBT GF10MD20 serves as a dependable choice where reliability meets cost-efficiency. It is also widely used in household appliances such as washing machines, vacuum cleaners, and microwave ovens due to its low moisture absorption and excellent electrical insulation properties. In sporting goods—like golf clubs, bicycle frames, and protective gear—it supports lightweight yet robust designs. Additionally, this material aligns well with sustainable manufacturing goals, offering recyclability options and reduced energy consumption compared to traditional metals in certain applications. User Feedback Highlights: Customers across Europe, North America, and Southeast Asia report high satisfaction with PBT GF10MD20's consistency in injection molding processes, minimal warpage, and reliable mechanical output even after prolonged exposure to mechanical fatigue. Many appreciate how the material simplifies assembly by reducing the need for secondary operations like welding or fastening, thanks to its uniform structure and good surface quality post-molding. Frequently Asked Questions: What makes PBT GF10MD20 different from other reinforced plastics? Unlike many commodity resins, this material combines the chemical resistance of PBT with the structural benefits of fiber reinforcement, resulting in a unique balance of rigidity, impact resistance, and manufacturability not commonly found in standard engineering polymers. Is this material suitable for high-temperature environments? Yes, it maintains structural integrity up to approximately 150°C under load, making it appropriate for use in engine compartments, motor housings, and similar areas where thermal endurance is critical. Can it be customized for specific industry standards? While the base formulation remains consistent, variations in color, additives, or surface treatments can be developed upon request to meet specific regulatory or functional needs—for example, UL94 V-0 flammability ratings or RoHS compliance. Note: All property values listed herein are derived from controlled laboratory testing and serve only as indicative references. For precise performance validation, always obtain verified test reports directly from the manufacturer prior to finalizing design or production decisions.
Product Categories : PBT Resins
