Multiple Classifications of Rubber Belts

As an important transmission component, the V-belt has a wide variety of types to meet different transmission needs.

From the perspective of structure and materials, common triangular bands include ordinary triangular bands, narrow V-bands, and connected triangular bands. Ordinary V-belt is a widely used type with a simple structure and relatively low price, suitable for general power transmission. Narrow V-belt is an improvement on the basis of ordinary V-belt, with a narrow V-shaped cross-section, which has higher transmission efficiency and greater load-bearing capacity. It is commonly used in equipment with high transmission performance requirements.

A joint rubber belt is formed by connecting multiple rubber belts together through a connecting layer, which has better integrity and stability, can effectively reduce vibration and deviation phenomena, and is suitable for high-power, high-speed transmission systems.

According to their purposes, V-belts can be divided into industrial V-belts, agricultural V-belts, and automotive V-belts. Industrial V-belts usually need to adapt to complex working environments and high work intensity, with emphasis on wear resistance and oil resistance. The agricultural rubber v belt should have weather resistance and corrosion resistance to cope with various conditions of outdoor operations. Rubber belts used in automobiles require extremely high precision and stability to ensure the normal operation of key components such as car engines.

In addition, according to the tooth profile of the V-belt, it can also be divided into toothed V-belts and toothless V-belts. A toothed V-belt can provide a more accurate transmission ratio during the transmission process, making it suitable for situations with strict requirements for transmission accuracy. Toothless V-belts have the advantages of easy installation and low cost, and are widely used in general transmissions.

Different types of V-belts have their own emphasis on performance, characteristics, and applicable scenarios. When choosing, users should consider specific transmission requirements, equipment conditions, and working environments comprehensively to ensure the selection of suitable V-belts and achieve efficient and stable power transmission.