Internal Grading Type CrusherHow to optimize particle shape and size to improve product quality?

1. The mechanism of action of the double-sided grinding block
The double-sided grinding block design of the internal grading type crusher significantly expands the working area of ​​the crushing disc, so that the material is evenly ground and beaten in a larger range. This multi-angle crushing mode can effectively reduce the sharp edges of the particles and improve the shape of the particles, making them closer to a circle or a regular polygon. At the same time, the multi-point force in the crushing process can also avoid the problem of particles being too large or too small due to single-point impact, ensuring the uniformity of the final particle size.

2. Impact of improving pellet quality on industrial production
Optimizing particle shape and size is not only to meet appearance requirements, but also to improve the actual application performance of the material. For example, in the plastic recycling industry, uniform particle shape can improve melting efficiency and reduce energy consumption and time costs during reprocessing; in the building materials industry, regular particle shape can improve the strength and stability of concrete or mortar. , thereby enhancing the durability of the building structure.

Internal grading type crusher provides an ideal solution for the above industries through its precise crushing control technology. The double-sided grinding blocks fully cover the material during the crushing process, ensuring that the shape and size of the particles can meet the high-standard industrial requirements.

3. Assistance of accurate classification technology
Internal grading type crusher is equipped with a highly efficient internal classification device, which further improves the particle optimization effect. The classification device can screen the particles in real time according to the preset size range, directly output the particles that meet the requirements, and return the particles that are too large or too small to the crushing chamber for secondary crushing. This closed-loop crushing and screening system ensures the uniformity of the size of the final product particles, greatly improving processing efficiency and product quality.

4. Prevent excessive breakage and waste
Traditional crushing equipment often faces the problem of over-crushing when pursuing particle optimization, which not only increases energy consumption but also leads to material waste. Internal grading type crusher distributes the force evenly between the grinding blocks on both sides, thus avoiding the over-crushing of materials due to excessive pressure at a single point. In addition, its classification device can promptly screen out particles that have met the requirements, avoiding the problem of over-processing. This design not only reduces resource waste, but also reduces the energy consumption of equipment, which meets the requirements of modern industry for energy conservation and environmental protection.

5. Extensive industry application value
Internal grading type crusher's outstanding performance in optimizing particle shape and size enables it to be widely used in many industries. For example:

Plastic recycling: The equipment can break waste plastics into uniform particles, facilitating subsequent recycling.
Ore processing: When processing high-hardness ores, the equipment can effectively control the particle size and improve the efficiency of ore refining.
Building materials: The optimized particle shape of the equipment makes the distribution of sand and gravel aggregate in concrete more uniform, thus improving the performance of building materials.