The global timing belt market is expected to grow at a CAGR of 5.21% over the next few years. This market is driven by an increase in vehicle production and the growing adoption of direct injection engines. This increase is expected to lead to higher replacement rates.
There are a number of different materials that can be used to manufacture a timing belt. These include urethane, rubber, and fiberglass. These materials offer excellent resistance to oil and high temperatures. They also have better elasticity and greater loading capacities. The materials have a high strength to weight ratio.
A timing belt is a round, rubber belt that has teeth or groves on its inside surface. The teeth are there to prevent slippage. These teeth are usually rounded. They are found on camshafts and pulleys. These belts are designed for industrial and commercial applications. They can be used in -20 to 100 degrees Celsius temperature ranges.
These timing belts come in a variety of different series. Some of the most common are T5, T5, T5, T5, and T5. These belts are commonly used in industrial applications.
These belts are designed with a special cog design that allows them to transmit more torque than standard belts. They are also characterized by maintenance-free performance and superior abrasion resistance.