Mining Machine Cast Steel Wear Jaw Plate C145 Jaw Crusher Spare Parts: Experience the pinnacle of durability and performance with our meticulously crafted C145 Jaw Crusher Spare Parts. Engineered from robust cast steel, these wear jaw plates epitomize reliability and strength, ensuring the longevity and efficiency your mining operations demand.
Applications:Our products find extensive application across diverse industries, making them indispensable in the mining and quarrying sectors, aggregate processing, metallurgy, construction, chemical production, and silicate manufacturing. Specifically designed to crush hard and medium hard ores and rocks such as iron ore, limestone, copper ore, sandstone, and quartz, these components are engineered to withstand the toughest conditions.
Currently, ONA boasts a comprehensive catalog with over 3500 spare parts for cone crushers. This includes essential components such as bronze bushings, sockets, feed plates, head nuts, gears, pinions, filler pieces, and torch rings. Additionally, ONA excels in manufacturing complete replacements like head & shaft assemblies, countershafts, and top and bottom shells for all leading industry brands. Our pre-sales engineers are ready to assist you in selecting the perfect parts for your crushers, ensuring seamless functionality and optimal performance. If you possess the machine, we likely have the parts you need.
ONA offers a superior range of manganese bowl liners, mantles, concaves, cone liners, and accessories tailored for most leading crushing brands. Our manganese parts are available in 13% Standard, 18% Premium, and 22% High alloys, with custom profile options to enhance efficiency, prolong wear life, and minimize downtime. These custom solutions ultimately lead to lower production costs, making them a smart choice for any operation.
Quality Control:
How can we reduce wear and make the jaw plate last longer?
1. Ensure the machine is running smoothly before feeding materials.
2. After installing a new jaw plate, verify its secure attachment and even contact with the crusher.
3. Distribute materials evenly within the jaw crusher's crushing cavity to prevent uneven stress and material accumulation.
4. Monitor bearing temperature closely; if it exceeds 70ºC, halt operations immediately to investigate.
5. When halting production, cease material supply first, clear the crushing cavity, then shut down the line and power.
6. For high-hardness materials, select tougher jaw plates to mitigate impact.
7. Enhance jaw plate design to minimize sliding friction between materials and the tooth plate.
Company Introduction:
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