Products

Certified to ISO 9001:2015 and ISO 14001:2015, Kaihong manufactures precision synchronous drive components including the heavy-duty at-type timing belt. Engineered as a high-capacity evolution of standard T-series trapezoidal belts, the AT profile features a wider tooth base, a 50° flank angle, and arc-transitioned crests and roots. Contact our engineering team for drive sizing, custom cleated backings, and direct factory wholesale pricing.

Utilizing a classic 40° trapezoidal tooth profile, Kaihong t-type timing belts combine positive tooth engagement with elastic shock absorption to guarantee exact speed ratios without slippage or oil lubrication. Built with helically wound fiberglass tensile cords, high-elasticity chloroprene rubber bodies, and Nylon 66 wear-resistant tooth covers.

Kaihong mxl and xxl timing belt series features ultra-compact trapezoidal tooth geometries designed for high-precision, low-torque motion control. Constructed with a thin chloroprene rubber body, helically wound zero-elongation fiberglass cords, and a low-friction Nylon 66 tooth jacket, these mini-pitch belts wrap smoothly over small pulley radii without thermal build-up or pitch drift.

Kaihong tsco tooth wedge belt represents a specialized dual-hybrid drive component incorporating positive-engagement arc synchronous teeth on one face and high-friction longitudinal V-ribs on the reverse face. This combined geometry enables positive speed ratio control on the toothed side while allowing controlled friction slip under extreme overload to safeguard motors and roller shafts.

Kaihong molded v-ribbed belt series combines the lightweight flexibility of flat belts with the high wedging efficiency of classical V-belts. Manufactured via one-step integrated compression molding and vulcanization in compliance with GB/T 16588-2009 (ISO 9982), these belts feature a dense, tool-mark-free rib surface that resists fatigue cracking and sidewall abrasion.

Kaihong elastic v-ribbed belt series features self-tensioning elastomeric construction designed specifically for fixed-center-distance drives without external idlers or tensioning mechanisms. By incorporating high-elasticity tensile cords, short-fiber-reinforced ribs, and weather-resistant CR or EPDM compounds, these belts generate operational tension upon stretch-installation and maintain consistent grip across their service life.