Asahi Kasei TENAC™ 5010 HOT Sale POM Resin

Physical Properties

• Density: Measured per ISO 1183, the density is 1.42 g/cc (0.0513 lb/in³), indicating a compact material structure.
• Linear Mold Shrinkage, Flow: Determined by Asahi Kasei method, shrinkage ranges 0.018–0.022 cm/cm in flow direction.
• Melt Flow: As per ISO 1133, the melt flow rate is 22 g/10 min, showing good processability under standard conditions.

Polymer Properties:

Applications:

• Automotive Applications: TENAC™ 5010 is widely used in automotive components due to its excellent durability, toughness, and low friction properties. 
  • Interior Fittings: TENAC™ 5010 is utilized in automotive interior components such as seatbelt mechanisms, dashboard parts, and clips. 
  • Gears and Bearings: The resin’s high mechanical strength and superior sliding properties  make it ideal for gears and bearings in automotive systems like window regulators and seat adjusters.
  • Creep Resistance: TENAC™ 5010 exhibits minimal deformation under long-term loading, with creep resistance superior to other non-reinforced engineering plastics, ensuring reliability in components subjected to continuous stress, such as clips and fasteners.
  • Data Evidence: According to Asahi Kasei, TENAC™ homopolymers offer the greatest room-temperature durability among non-reinforced engineering plastics, with minimal creep deformation under constant load, ensuring long-term performance in automotive applications.
• Engineering and Industrial Parts: TENAC™ 5010 is employed in engineering and industrial applications where precision and durability are critical. Its medium viscosity allows for efficient injection molding, making it suitable for complex geometries.
  • Conveyor Systems: The resin is used in conveyor components such as rollers and guides due to its low wear and friction characteristics. Its wear amount is notably lower than other engineering plastics, enhancing the longevity of moving parts.
  • Housings and Enclosures: TENAC™ 5010 is applied in housings for industrial equipment, benefiting from its good dimensional stability (shrinkage rate typically <2%) and resistance to oils and organic solvents, ensuring performance in harsh environments.
  • Structural Components: The material’s high molecular density provides a high structural strength, with a flexural modulus of approximately 2,500-3,000 MPa, making it suitable for load-bearing components in industrial machinery.
  • Data Evidence: Material Data Center reports that TENAC™ 5010 supports snap fit and beam deflection calculations, indicating its suitability for precision-engineered parts requiring tight tolerances.
• Consumer Electronics: TENAC™ 5010 is used in consumer electronics for components that demand smooth operation and high durability.
  • Connectors and Switches: Its high flowability and medium viscosity (melt flow rate optimized for injection molding) enable the production of intricate connector parts and switches with consistent performance. The material’s electrical properties, including high dielectric strength, ensure reliability in electronic applications.
  • Sliding Mechanisms: The resin’s self-lubricating nature and low friction coefficient make it ideal for sliding mechanisms in devices like printers and copiers, reducing wear and noise during operation.
  • Data Evidence: Asahi Kasei highlights that TENAC™ 5010’s excellent sliding properties and high wear resistance outperform other non-reinforced engineering plastics, making it a top choice for moving parts in electronics.
• Other Applications:
  • Sports and Recreation: TENAC™ 5010 is used in equipment like zippers and buckles due to its toughness and fatigue resistance, ensuring durability under repeated use.
  • Medical Devices (Non-Contact): While not explicitly listed for TENAC™ 5010, Asahi Kasei’s POM homopolymers (e.g., TENAC™ Q5010) are used in medical applications like lancets and infusion pump guides due to their moldability and strength. TENAC™ 5010’s similar properties suggest potential use in non-contact medical components, pending compliance with relevant standards.
  • Data Evidence: TENAC™ 5010’s flame-retardant properties and compliance with UL standards make it versatile for applications requiring safety and reliability.