Temperature Range 120 Degrees PU Spider Combining Excellent Chemical Resistance and Durability for Industrial Needs

Polyurethane Coupling
December 11, 2025
Category Connection: Polyurethane Coupling
Brief: This video frames the solution within typical operational contexts for clearer understanding. Watch as we demonstrate how the Temperature Range 120 Degrees PU Spider coupling connects shafts, handles misalignment, and absorbs shocks in demanding industrial environments. You'll see its excellent chemical resistance and durability in action, showcasing why it outperforms traditional rubber components.
Related Product Features:
  • Connects two shafts to efficiently transmit torque while accommodating misalignment and absorbing shocks.
  • Constructed from polyurethane for exceptional flexibility, handling angular, parallel, and axial misalignments.
  • Operates efficiently within a high temperature range of up to 120℃ for thermal stability.
  • Offers excellent chemical resistance to oils, solvents, and industrial fluids, preventing deterioration.
  • Reduces vibration and noise during operation for a smoother and quieter working environment.
  • Features PU Spider and PU Element components that absorb shocks and protect connected machinery.
  • Standardized design ensures consistent quality, compatibility, and easy integration with various machinery.
  • Provides enhanced durability and longer service life compared to traditional rubber spider components.
Faqs:
  • What temperature range can this PU coupling withstand?
    The Polyurethane Coupling is engineered to operate efficiently within a temperature range of up to 120℃, maintaining its mechanical strength and flexibility even under elevated temperatures.
  • How does this coupling handle chemical exposure in industrial environments?
    It offers excellent resistance to a broad spectrum of chemicals including oils, solvents, and industrial fluids, preventing deterioration and swelling that commonly affect rubber-based couplings.
  • What are the advantages of using polyurethane over traditional rubber spiders?
    Polyurethane elements provide enhanced durability, better chemical resistance, and longer service life compared to rubber spiders, which tend to suffer from faster wear and degradation in demanding settings.
  • How does this coupling accommodate shaft misalignment?
    Its high flexibility allows it to effectively handle angular, parallel, and axial misalignments without compromising shaft integrity, while also reducing vibration and noise.