New design of hammer crushing circuit

Hammer crusher are a type of impact crusher that use a rotating shaft with hammers to break down material. They are commonly used in the mining, construction, and aggregate industries.

Traditional hammer crusher circuits typically consist of a single crusher, a sizing screen, and a discharge conveyor. However, new designs are emerging that offer a number of advantages over traditional circuits.

One of the key advantages of new hammer crusher circuits is improved efficiency. By using multiple crushers in series, the overall efficiency of the circuit can be increased. This is because each crusher can focus on breaking down a specific size range of material.

Another advantage of new hammer crusher circuits is improved product quality. By using multiple screens, the product can be more effectively sorted by size and shape. This can lead to higher-quality products that meet customer specifications.

Finally, new hammer crusher circuits can be more compact and easier to maintain than traditional circuits. This is because they can use smaller crushers and screens.

One example of a new hammer crusher circuit is the triple-stage hammer crusher circuit. This circuit uses three crushers in series to break down material from large to small. The first crusher is used to break down the material to a coarse size range. The second crusher is used to reduce the material to a medium size range. The third crusher is used to reduce the material to a fine size range.

Another example of a new hammer crusher circuit is the parallel-stage hammer crusher circuit. This circuit uses two crushers in parallel to break down material from large to small. The two crushers are sized to break down the material to different size ranges. This allows the circuit to produce a wider range of product sizes.

New hammer crusher circuits offer a number of advantages over traditional circuits. They are more efficient, produce higher-quality products, and can be more compact and easier to maintain. These advantages make them a good choice for a variety of applications.