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8M Series Double Sided HTD High Torque Drive Timing Belt

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8M Series Double Sided HTD High Torque Drive Timing Belt – Specifications and Applications

The 8M Series Double Sided HTD (High Torque Drive) timing belt is a powerful solution engineered for industrial applications that demand high-performance synchronous motion in compact, dual-direction systems. With an 8mm pitch and curvilinear tooth design on both sides of the belt, the 8M Series delivers exceptional torque transmission, minimal backlash, and precise mechanical synchronization.

Specifications of 8M Series Double Sided HTD Belts:

  • Tooth Pitch: 8mm (denoted by “8M”)

  • Double-Sided Tooth Profile: HTD (High Torque Drive) with curvilinear design on both belt surfaces

  • Material: Neoprene or polyurethane construction with high-tensile strength fiberglass or aramid cord reinforcement

  • Belt Widths: Common sizes include 20mm, 30mm, 50mm, and 85mm

  • Temperature Range: Typically -30°C to +100°C, depending on construction materials

  • Noise Reduction: Engineered tooth shape minimizes noise and wear

  • Anti-Slip Performance: Positive engagement for synchronous power transmission with zero slippage

Applications of 8M Series Double Sided HTD Belts:

The 8M Series is ideal for heavy-duty, bidirectional power transmission in machines that require precise movement across multiple rotating components. Its design allows for simultaneous engagement of pulleys on both sides of the belt, making it perfect for:

  • Industrial automation systems

  • Conveyor drives

  • Textile and printing machinery

  • Packaging equipment

  • Robotic arms and pick-and-place devices

  • CNC and precision machining centers

The 8M Series Double Sided HTD belt ensures smooth, accurate synchronization in complex mechanical layouts, helping to optimize space, reduce maintenance, and increase system reliability. Its robust design supports demanding workloads while delivering long-lasting, high-efficiency performance—making it a preferred choice for modern power transmission systems.