Mining Machine Cast Steel Wear Jaw Plate C145 Jaw Crusher Spare Parts
Applications:Widely utilized across diverse industries, our jaw plates excel in the mining industry, quarrying & aggregate operations, metallurgical sector, construction projects, chemical manufacturing, and silicate production. These robust components are perfect for crushing a variety of hard and medium-hard ores and rocks, including iron ore, limestone, copper ore, sandstone, quartz, and more.
Currently, ONA covers an extensive range of over 3500 spare parts for cone crushers. This includes bronze bushings, sockets, feed plates, head nuts, gears, pinions, filler pieces, torch rings, and more. Additionally, ONA can produce comprehensive replacement assemblies such as head & shaft assemblies, countershafts, and top and bottom shells for all the industry's leading brands. Our skilled pre-sales engineers are ready to assist you in selecting the right product to meet your needs or those of your customers when part numbers are unavailable. If you have the machine, chances are we have the parts you need.
ONA supplies manganese bowl liners, mantles, concaves, cone liners, and accessories for most leading crushing brands. Available in 13% Standard, 18% Premium, and 22% High alloys, our manganese parts are engineered for durability. We also offer custom profile bowl liners and mantles to enhance efficiency, prolong wear life, and minimize downtime, ultimately reducing overall production costs.
Quality Control:
How can we reduce wear and extend the lifespan of the jaw plate?
1. Ensure the machine is running normally before feeding it materials.
2. After installing a new jaw plate, verify it is securely fixed and that the contact surface is smooth.
3. Introduce materials evenly into the jaw crusher's crushing cavity to avoid uneven stress and material piling against the walls or causing one-sided overload.
4. Monitor bearing temperatures closely. If it exceeds 70ºC, stop the machine immediately and investigate the cause.
5. When shutting down the production line, stop the material supply first and ensure the crushing cavity is completely emptied before turning off the machine and cutting the power.
6. For high-hardness materials, select tougher jaw plate materials to mitigate impact.
7. Enhance jaw plate structure to minimize sliding friction between the material and the tooth plate.
Company Introduction:
Our Machines: