Classification of triangle belts
Most of the cores of the ordinary V-belt with core are cord cores, and a small part of them are cord fabric cores. Since these two core structures are fiber twisted or woven, the inter-fiber shearing during the operation of the V-belt causes the core to gradually break and elongate. Therefore, ordinary V-belts produced with cord cores and cord cores can only be used in low-load transmission systems.
The belt core of the special belt core triangle belt adopts the whole solid rod-shaped belt core structure of polymer polyester tempered brown wire. Because the polyester tempered brown wire has an overall solid core and untwisted structure, it has good adhesion, flex resistance, high strength, and does not run long. It not only greatly increases the service life of the rubber transmission belt, but also has a balanced service life. It is maintenance-free and replaced regularly.
On November 22, 2010, the polyester tempered brown wire skeleton material passed the appraisal of the expert committee: using polyester tempered brown wire as the skeleton material of the transmission belt and traditional polyester soft rope, hard rope, aramid and other fiber rope structure skeleton Compared with the material transmission belt, the service life is increased by 5-10 times, which is the international leading level. The special belt core transmission belt effectively solves the frequent replacement of ordinary transmission belts in the high-load and heavy-horsepower transmission system, and is highly favored by heavy industry enterprises all over the world.
Pros and cons
Advantages: 1. Simple structure, low manufacturing and installation accuracy requirements, convenient use and maintenance, suitable for occasions with large center distance between two shafts;
2. Smooth transmission, low noise, buffer and vibration absorption effect;
3. When overloaded, the transmission belt will slip on the pulley, which can prevent the damage of weak parts and play a safety protection role.
Disadvantages: 1. Can not guarantee accurate transmission ratio;
2. The outline size is large and the transmission efficiency is low.
