PLV-ribbed pulleyThe working principle is a transmission process that is composed of multiple inclined planes and forms several hydrodynamic pressure wedges along its circumference during operation. PLV-ribbed beltAlso known as PL multi-slot belt, it is mainly used to drive power equipment such as engines and motors.
PL V-ribbed belt wheel is matched with PL V-ribbed belt. The material of Qilong PH V-ribbed belt wheel is 45# steel and hard aluminum alloy. Other materials suitable for processing such as cast iron, copper and nylon can also be used. The selection is based on the needs of customers. The surface treatment of PL V-ribbed pulleys has natural oxidation, blackening, galvanizing, color galvanizing, high-frequency quenching and other treatments.
Longyun V-ribbed Belt Factory can also provide you with the production and processing of V-ribbed belts and V-ribbed belt wheels. We can also draw the corresponding parameters for you according to the inner hole, specifications, width, keyway and other parameters of PL V-ribbed belt wheels. The drawings of PL V-ribbed pulleys are precisely processed and manufactured.As long as you need, we can produce the PL V-ribbed belt wheel you need.
The equipment used by Longyun V-ribbed Belt Factory to process PL V-ribbed belt wheels for you is fully numerically controlled!Product quality can be fully guaranteed!It will surely make you satisfied!
The tenet of Longyun V-ribbed Belt Factory: Repay customers with the best quality, support customers at the lowest price, and cooperate with customers at the fastest speed.
Long Yun relies on quality, credit, price, and speed, and has now become one of the main suppliers in China's transmission industry.

PL V-ribbed pulley model	PL V-ribbed pulley parameters
Groove distance e	4.7±0.05
Groove angle a	40°±0.5°
Wedge top fillet radius rb, minimum	0.4
Wedge bottom arc radius rt, maximum	0.4
Ball or cylinder diameter for inspection dB	3.5±0.01
2X, nominal value	2.36
2N, maximum	3.5
f, minimum	3.3
Minimum effective diameter of pulley de	75
Effective line difference nominal value δe	3