Falk 10-80R PU Coupling Spider

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February 03, 2026
Category Connection: Polyurethane Coupling
Brief: Looking for a reliable solution for your industrial metal shaft couplings? This video provides a detailed walkthrough of the High Tensile Strength Green Polyurethane Falk Coupling, showcasing its robust construction, key performance features, and the extensive range of standard sizes available to meet your specific application needs.
Related Product Features:
  • Manufactured from high-quality polyester via injection molding for consistent quality and durability.
  • Features a high tensile strength of 55Mpa, ensuring reliable performance under demanding conditions.
  • Offers superior wear resistance and excellent elastic resilience for long service life.
  • Provides high impact resistance and outstanding fatigue resilience to withstand continuous operation.
  • Resistant to water and oil, making it suitable for various industrial environments.
  • Maintains a hardness of 97 Shore A and operates effectively at temperatures up to 100°C.
  • Available in a comprehensive range of standard sizes, including Falk 10R to 80R and other series.
  • Custom sizes can be produced to meet specific buyer requirements and application specifications.
FAQs:
  • What material is the Falk Coupling Spider made from?
    The Falk Coupling Spider is manufactured using high-quality polyester through an injection molding process, ensuring high tensile strength and durability.
  • What are the key performance characteristics of this coupling?
    It delivers exceptional performance with high tensile strength (55Mpa), superior wear resistance, excellent elastic resilience, high impact resistance, and resistance to water and oil.
  • Is this coupling available in custom sizes?
    Yes, custom sizes can be manufactured according to buyer specifications. Please provide the product number and required quantity when inquiring.
  • What is the operating temperature range for this coupling?
    The coupling is designed to work effectively at temperatures up to 100°C, maintaining its mechanical properties and performance.