Place of Origin:
Henan
Brand Name:
Heavy Hammer Crusher
The Heavy Hammer Crusher is an advanced crushing machine engineered for efficient size reduction of various materials. This robust equipment is specifically designed for demanding applications in mining, construction, metallurgy, and chemical industries, delivering reliable performance in processing raw materials for further refinement.
Featuring precise output control with particle sizes ≤50 mm, the crusher ensures uniform material distribution for optimal downstream processing. With capacities ranging from 30 to 500 tons per hour, it serves both small operations and large industrial plants with exceptional throughput efficiency.
| Type | Crusher |
| Crusher Structure | Single Rotor, Reversible Hammer |
| Motor Power | 55-315 KW |
| Product Type | Crushing Equipment |
| Output Size | ≤50 mm |
| Installation Type | Fixed |
| Weight | 10-50 Tons |
| Voltage | 380V/415V/440V |
| Capacity | 30-500 Tons Per Hour |
| Hammer Material | High Chromium Alloy |
This heavy-duty crusher is engineered for continuous operation in demanding industrial environments including mining operations, cement production facilities, metallurgical plants, and construction projects. The fixed installation design provides operational stability essential for large-scale crushing requirements.
The crusher effectively processes medium-hard to hard materials such as limestone, coal, gypsum, shale, coal gangue, and various ores. Its capability to achieve output sizes ≤50 mm makes it ideal for secondary and tertiary crushing stages, producing finely crushed materials for diverse applications.
In construction sectors, the heavy hammer crusher generates aggregates for road building and concrete production. For recycling operations, it processes construction waste into reusable aggregates, supported by high chromium alloy hammers and high manganese steel liners that ensure extended service life and reduced maintenance costs.
The crusher operates on impact crushing principles, where rapidly rotating hammers strike materials against a rotor. Dynamic balancing minimizes vibration and noise, ensuring smooth operation and enhanced operator safety. The straightforward design facilitates quick installation, easy maintenance, and simple operational adjustments for optimal performance.
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