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Hammer crusher, also known as stone crusher, mainly consists of a rotor with a hammer (also known as hammer head). The rotor consists of a main shaft, a disc, a pin, and a hammer. The motor drives the rotor to rotate at high speed in the crushing cavity. The material enters the machine from the upper feed port and is crushed by the impact, shearing and grinding of the high-speed hammer. |
Rotor Diameter: Variable, depending on crusher model |
Capacity: Customizable to meet specific processing requirements |
Power Requirements: Varying power options, ranging from electric motors to diesel engines |
Rotor Speed: Adjustable for different crushing applications |
Material Compatibility: Suited for crushing a wide range of materials, including minerals, ores, and aggregates. |
Applications: Mining and Quarrying: In mining operations, the Hammer Crusher is utilized for crushing hard ores and rocks. It plays a critical role in the initial stage of ore processing, breaking down large chunks into manageable sizes. Construction Materials Production: Within the construction industry, the Hammer Crusher is instrumental in processing materials such as concrete, bricks, and asphalt. It aids in the recycling of construction waste and the production of aggregates for various construction applications. |
Key Features: High Impact Force: The Hammer Crusher operates on the principle of impact crushing, utilizing hammers that deliver high-speed blows to break down materials. This high impact force ensures efficient reduction of a wide range of materials, from soft to hard, creating uniform-sized particles. Robust Construction: Built with durability in mind, the Hammer Crusher boasts a robust construction, typically featuring a heavy-duty steel frame and reinforced components. This design ensures longevity and reliability, even in demanding and abrasive environments. Adjustable Output Size: The crusher allows for adjustable output sizes, providing flexibility to meet specific processing requirements. The adjustable settings enable customization for different materials, ensuring the production of desired particle sizes. |
Hammer crusher, also known as stone crusher, mainly consists of a rotor with a hammer (also known as hammer head). The rotor consists of a main shaft, a disc, a pin, and a hammer. The motor drives the rotor to rotate at high speed in the crushing cavity. The material enters the machine from the upper feed port and is crushed by the impact, shearing and grinding of the high-speed hammer. |
Rotor Diameter: Variable, depending on crusher model |
Capacity: Customizable to meet specific processing requirements |
Power Requirements: Varying power options, ranging from electric motors to diesel engines |
Rotor Speed: Adjustable for different crushing applications |
Material Compatibility: Suited for crushing a wide range of materials, including minerals, ores, and aggregates. |
Applications: Mining and Quarrying: In mining operations, the Hammer Crusher is utilized for crushing hard ores and rocks. It plays a critical role in the initial stage of ore processing, breaking down large chunks into manageable sizes. Construction Materials Production: Within the construction industry, the Hammer Crusher is instrumental in processing materials such as concrete, bricks, and asphalt. It aids in the recycling of construction waste and the production of aggregates for various construction applications. |
Key Features: High Impact Force: The Hammer Crusher operates on the principle of impact crushing, utilizing hammers that deliver high-speed blows to break down materials. This high impact force ensures efficient reduction of a wide range of materials, from soft to hard, creating uniform-sized particles. Robust Construction: Built with durability in mind, the Hammer Crusher boasts a robust construction, typically featuring a heavy-duty steel frame and reinforced components. This design ensures longevity and reliability, even in demanding and abrasive environments. Adjustable Output Size: The crusher allows for adjustable output sizes, providing flexibility to meet specific processing requirements. The adjustable settings enable customization for different materials, ensuring the production of desired particle sizes. |