PEW Series Jaw Crusher

1, World-class skills in making are adopted and the use of high-tech materials.
2, More advanced movable jaw assembly makes it more long-lasting.
Movable jaw assembly adopts a high-quality steel casting, and moves through two large cast steel flywheel drive. In addition, heavy eccentric shaft has also adopted forging billet for processing. All those make the PEW series of jaw crushers with exceptional reliability.
3, Integrated Cast Steel Structure Adopted in Axle Bearing housing.
Integrated cast steel structured axle bearing housing can guarantee to be perfectly cooperating with the crushing frame. Meanwhile, it greatly enhances the intensity of the axle bearing, which could not be performed in the separated styled axle bearing.
4, Use of finite element analysis technology makes the crusher with high intensity.
5, Summarized structure “V” adopted in the crushing cavity makes the actual feed mouth width equal to the set width of the feeding opening.
6, More quickly and convenient adjustment at the discharging opening.
European styled PEW series of Jaw Crushers are equipped with wedge adjustment devices, which is simpler, safer and faster than former gasket devices.
7, Chosen bearings are larger with better carrying capacity.
Compared with the same specification of crushers, all PEW series of jaw crushers are equipped with greater and more durable eccentric shaft bearings. The better carrying capacity and the more effective labyrinth seal greatly extend the service life of the bearings.
8, the newly-adopted tooth-boards have greatly increased the effective length of the jaw, resulting in larger yield.

1, This series of crushers are mainly used for metallurgical, mining, chemical, cement, construction, fireproof materials and ceramics and other industrial sector in secondary and tertiary crushing, dealing with various hard minerals and rocks.
2, The most suitable anti-pressure strength for this series of crushers are the materials(minerals, rocks, slag) no more than 280Mpa. The feeding size of the materials should be no larger than the specification in the technical parameter.