High Manganese Steel Cone Crusher Concave and Mantle - China Suppliers & Factory for Enhanced Durability
Features
The hardness of our cone crusher liners is more than HRC68°. Under large impact or contact stress, the surface layer is rapidly hardened, and the hardening index is 5-7 times higher than other materials, which greatly improves wear resistance.
The tensile strength of our cone liner exceeds 1500MPa and the impact toughness of the matrix exceeds 119J/cm2. It has good plasticity and impact toughness, can withstand the strong impact force generated by the cone crusher when it is working, and is not prone to brittle fracture.
More than twice that of conventional crusher liners, reducing your parts replacement time and improving crushing efficiency.
Product display
Working principle
The motor drives the eccentric sleeve to rotate, and the moving cone crusher liner (mantle) rotates and swings under the force of the eccentric sleeve. The high manganese steel crusher liner on the moving cone sometimes approaches and sometimes leaves the concave fixed on the adjustment sleeve, so that the material in the crushing chamber is continuously impacted, squeezed and bent and crushed.
Applicable models
MP800, MP1000, MP1250
GP100, GP200, GP300, GP500, GP11F, GP220
Symons 3ft, 4ft, 5ft, 7ft...
CS420, CS430, CS440, CS660
CG650, CG820
H2000, H3000, H4000, H6000, H8000
QH331, QH441
SHC300, SHC500, SHC800
SMC200, SMC400, SMC600
SPC800, SPC1000
Maintenance and care
Regularly stop the machine to check the wear of the crusher liners, observe whether the wear is uniform, whether there is severe local wear or cracks, etc.
When installing the crusher lining, ensure that it is firmly installed and the gap between the concave and mantle is uniform and consistent.
Strictly control the particle size of the material entering the crushing chamber to avoid excessively large or hard materials (especially metals) from entering the crushing chamber to prevent excessive wear or damage to the crusher lining.
Material properties
Usually our crusher wear parts are based on Mn18Cr2, and we add our developed high-crystalline nano compounds (after more than 4 process treatments, they can be perfectly integrated into the base material). This makes the cast crusher wear parts have the following excellent characteristics: tensile strength greater than 1500MPa, impact resistance greater than 120J/cm2, and hardness greater than or equal to HRA85°.
