PIONEER timing belt curvilinear tooth form ensures an optimized load distribution leading to high power transmission in low speed and high torque applications. Applying to the condition of various...
Read MorePIONEER S8M timing belt are predominantly CR and HNBR timing belts, adopting high precision mould, special formular and advanced technique, have the features as high strength, low noise, high...
Read MoreSynchronous belt combines the advantages of timing belt drive, chain drive and gear drive. When the timing belt rotates, the power is transferred by engaging the belt tooth with the tooth groove...
Read MoreThe serpentine belt air compressor is evolved from the V belt. The structure of the serpentine belt makes it more flexible in a smaller space and complex multi-axis transmission pulleys, and it is...
Read MorePJ belt transmission combines the advantages of regular v belt transmission and flat belt transmission. It has high transmission power, small vibration and stable operation. The PJ belt is mainly...
Read MoreIn internal combustion, rubber timing belt is used to drive those camshaft pulleys, tension pulley,water pump, crankshaft and idler move toward the same side. This system transmits power...
Read MorePJ belt transmission combines the advantages of regular v belt transmission and flat belt transmission. It has high transmission power, small vibration and stable operation. The PJ belt is mainly...
Read MoreThe PIONEER car alternator belt are low noise, super flexibility, self-tracking, capable of running at high speed and use a compact drive design. It's suited for high speed drives which classic...
Read MorePJ profile poly vee belt is a power transmission belt featuring longitudinal ribs, it is specifically used in the roller conveyors, which is made of special elastic material by Pioneer company. It...
Read MoreThe most commonly used treadmill motor belt in fitness equipment is the PJ profile poly v belt, there are general belt and elastic drive belt (Flexonic belt). These belts are designed for high...
Read More