Routine maintenance typically includes checking lubrication and hydraulic systems, inspecting wear parts, monitoring crusher settings, and checking conveyor components. The exact maintenance schedule should follow the manufacturer’s operating manual and the actual working conditions.
A cone crusher is generally better suited to hard, abrasive rock and applications where wear costs are important. An impact crusher may be preferable for softer materials or when a more cubical product shape is required. The best choice depends on your feed material and production objectives.
Yes. It is commonly used after primary crushing to reduce material to smaller sizes and produce well-graded aggregates. For demanding applications, it can be integrated with screening equipment and a return conveyor for closed-circuit crushing.
The final product size depends on the cone crusher model, closed-side setting, feed characteristics, and crushing circuit. We can select the appropriate configuration according to your required aggregate sizes and grading specifications.
A track-mounted cone crusher is ideal for medium-hard to hard and abrasive materials, including granite, basalt, and other hard rock. It is commonly used for secondary and tertiary crushing in mining and aggregate production.
Liner life depends heavily on the rock’s moisture content and silica percentage. Generally, when processing highly abrasive granite or quartz, liners require replacement every 600 to 1,200 operating hours. The integrated automated control panel tracks wear metrics to help you plan maintenance ahead of time.
Our track-mounted cone crushers feature an automated hydraulic tramp release system. When pressure spikes due to uncrushable material, the hydraulic cylinders instantly drop the bowl to let the metal piece pass safely out of the chamber, then return the mantle to your exact previous setting automatically.
Choke feeding means keeping the crushing chamber completely full of material. When the cavity is full, rocks crush against other rocks (inter-particle crushing), which creates a premium cubical shape. If the machine is under-fed, rocks strike the steel liners directly, resulting in flaky, elongated products and uneven liner wear.
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