GATES TIMING BELT

Parameter Technical Specification
Brand GATES (USA)
Series / Tooth Profile PowerGrip GT3/GT4 (2M, 3M, 5M, 8M, 14M), Poly Chain GT Carbon, Tri-Power, HTD, XL, L, H, XH
Base Material Premium Elastomeric Compound (EPR / HNBR) / Polyurethane (Poly Chain)
Tensile Member Carbon Fiber Tensile Cord / High-Modulus Fiberglass Cord / Steel Cord
Facing Fabric Patented Low-Friction Tooth Nylon Facing (Nylon Fabric)
Standard Pitch 2.0mm, 3.0mm, 5.0mm, 8.0mm, 14.0mm (Metric) / MXL, XL, L, H (Imperial)
Supply Form Seamless Endless Belts / Long-Length Open Belts
Temperature Range -30°C to +120°C (-22°F to +248°F, up to +140°C for GT4 series)

Description

Product Description

GATES timing belts are industry-leading synchronous drive components designed for extreme power transmission, high-precision indexing, and maintenance-free operation. Featuring advanced carbon fiber cord technology and high-performance elastomeric compounds (such as in the Poly Chain GT Carbon and PowerGrip GT4 series), GATES belts provide compact drive design, zero slip, and high torque capacity across heavy industrial and automated systems.

Applications

Heavy-Duty Drives: Roller conveyors, blowers, crushers, and high-torque industrial machinery replacing traditional roller chains.

Precision Motion Control: CNC equipment, robotics, automated packaging machinery, and linear actuators.

Automotive & Commercial Equipment: Engine camshaft timing drives, HVAC fans, and commercial printing systems.

Key Features

Carbon Cord Technology: Carbon fiber tensile cords offer maximum power capacity, zero stretch over time, and high resistance to shock loads.

Rust-Free & Lubrication-Free: Direct, clean alternative to roller chains that eliminates grease contamination, retensioning, and corrosion issues.

Extended Temperature Performance: Advanced HNBR compounds allow continuous operation under high ambient heat and oil exposure.

 

Optimal Tooth Engagement: Patented GT tooth profile distributes stress evenly to maximize shear strength and minimize meshing noise.

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