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Large rocks can be crushed into smaller rocks, gravel, sand, or rock dust using a crusher.
Crushers can be used to reduce the size or alter the shape of waste materials so that they can be recycled or disposed of more readily. They can also be used to reduce the size of a solid raw material mixture (such as rock ore) so that pieces with various compositions can be distinguished.
When a force is transferred through a substance made of molecules that link more tightly and resist deformation than those in the material being crushed, it is magnified by mechanical advantage.
Crushing devices place the material between two parallel or tangent solid surfaces and apply enough force to press the surfaces together. This action releases enough energy into the crushed material to cause the molecules to fracture or realign themselves in respect to one another.
The oldest crushers were hand-held stones employed on a stone anvil, where the weight of the stone increased muscle force. These crushing mechanisms come in the form of quarries and mortars.
Belt-driven rock crushers, pellet mills, and other applications needing motors rated for severe duty usage and large starting torques are the intended uses for Crusher Duty motors.
The Global Crusher Duty Motors market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Crusher Duty Motor, Blue Chip Series Xri.
Blue Chip Series XRI – Crusher Duty motor is designed to withstand the worst conditions and workloads in the aggregate sector. For continuous, dependable operation and simple maintenance, its bearing system has been conceived and engineered. A crusher is the only appliance for which the Blue Chip Series Crusher Duty motor is intended.
Because of its completely enclosed cast iron design, which guards against moisture, dust, and other impurities, it has a longer lifespan and has less unneeded downtime.
Offering a wide range of products, it is made for “Mission Critical” applications in the quarry and aggregates sector. Wide voltage/frequency range satisfies international standards, IE3 efficiency boost energy savings and lower operating costs, and NEMA Design C provides more starting and breakdown torque.
For aggregate applications requiring strong starting and breakdown torques, the Blue Chip Series XRI – Crusher Duty motors were created.The motor’s advanced bearing design provides consistent, dependable performance that is also simple to maintain.Inpro Smart Ring Plus (250-500HP) and Axial Surface Seals (50-200HP) both work to keep impurities out of the bearings.
