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CJ412
ONA
847490
How can we reduce wear and make the jaw plate last longer?
1. Feed the machine after it starts working normally.
2. After replacing the new jaw plate, you must check whether it is firmly fixed and whether the contact is smooth.
3. The materials enter the jaw crusher crushing cavity evenly to prevent piles of materials in the wall or one-sided overload, which will cause uneven stress on the jaw plate.
4. Prevent the bearing temperature from being too high. Once it exceeds 70℃, stop the machine immediately and check the cause.
5. When the production line is stopped, the material supply must be stopped first and the material in the crushing cavity must be completely emptied before the production line can be stopped and the power is turned off.
6. If the hardness of the broken material is too high, choose a tough material to alleviate the impact.
7. Improve the jaw plate structure to reduce the sliding friction between the material and the tooth plate.
CJ412 jaw plates are engineered to handle the rigors of primary crushing applications with ease. Designed for the CJ412 jaw crusher, these plates are manufactured to provide excellent wear resistance and longevity, ensuring consistent performance and minimal downtime.
The jaw plates are available in a variety of designs to suit different crushing needs. The Sharp Tooth (ST) and Coarse Corrugated (CC) patterns are ideal for abrasive materials and those with a high fines content, offering good top-size control and resistance to wear. For less abrasive materials, the Corrugated (C) pattern is suitable, providing good top-size control and optimized for small closed side settings.
Heavy Duty (HD) jaw plates are recommended for very abrasive materials and large closed side settings, while the Ultra-Thick (UT) variant offers extra thickness for extended wear life in the most demanding applications. The Wide Teeth (WT) pattern is known for its good wear resistance and is suitable for use on both fixed and moving sides, making it a versatile choice for various feed materials.
These jaw plates are designed to work in tandem with the crusher's crushing chamber, which features a deep and symmetrical design that maximizes size reduction and production capacity. The optimized nip angle ensures smooth material flow and high reduction efficiency, contributing to the crusher's high capacity and low cost per ton.
How can we reduce wear and make the jaw plate last longer?
1. Feed the machine after it starts working normally.
2. After replacing the new jaw plate, you must check whether it is firmly fixed and whether the contact is smooth.
3. The materials enter the jaw crusher crushing cavity evenly to prevent piles of materials in the wall or one-sided overload, which will cause uneven stress on the jaw plate.
4. Prevent the bearing temperature from being too high. Once it exceeds 70℃, stop the machine immediately and check the cause.
5. When the production line is stopped, the material supply must be stopped first and the material in the crushing cavity must be completely emptied before the production line can be stopped and the power is turned off.
6. If the hardness of the broken material is too high, choose a tough material to alleviate the impact.
7. Improve the jaw plate structure to reduce the sliding friction between the material and the tooth plate.
CJ412 jaw plates are engineered to handle the rigors of primary crushing applications with ease. Designed for the CJ412 jaw crusher, these plates are manufactured to provide excellent wear resistance and longevity, ensuring consistent performance and minimal downtime.
The jaw plates are available in a variety of designs to suit different crushing needs. The Sharp Tooth (ST) and Coarse Corrugated (CC) patterns are ideal for abrasive materials and those with a high fines content, offering good top-size control and resistance to wear. For less abrasive materials, the Corrugated (C) pattern is suitable, providing good top-size control and optimized for small closed side settings.
Heavy Duty (HD) jaw plates are recommended for very abrasive materials and large closed side settings, while the Ultra-Thick (UT) variant offers extra thickness for extended wear life in the most demanding applications. The Wide Teeth (WT) pattern is known for its good wear resistance and is suitable for use on both fixed and moving sides, making it a versatile choice for various feed materials.
These jaw plates are designed to work in tandem with the crusher's crushing chamber, which features a deep and symmetrical design that maximizes size reduction and production capacity. The optimized nip angle ensures smooth material flow and high reduction efficiency, contributing to the crusher's high capacity and low cost per ton.