There are many types of large cone crushers with an output of 800 tons per hour, and the HPT multi-cylinder hydraulic cone crusher is one of them. The following is a detailed introduction to the equipment:

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Features:

1. Maximum installed power 750kw Maximum processing capacity 1450t/h

2. High efficiency in fine crushing of hard rock/metal ore

3. Low energy consumption

Technical advantages

1. Laminated crushing design, higher crushing efficiency and low cost

HPT multi-cylinder hydraulic cone crusher adopts efficient laminated crushing design, high speed and large stroke, ensuring that crushing occurs between materials, thereby achieving higher crushing efficiency, lower wear-resistant parts loss, and better aggregate particle shape, effectively reducing the production cost of hard rock/metal ore crushing and improving the market competitiveness of sand and gravel aggregate finished products.

2. Operation and maintenance are more convenient, less time-consuming and low-cost

Take the replacement of wear-resistant parts as an example. The replacement of ordinary cone crusher lining requires casting backing glue. The backing glue needs to cure for 24 hours (25℃) to reach the required strength. The maintenance time is long and the cost is high. The replacement of HPT multi-cylinder hydraulic cone crusher lining does not require casting backing glue, which can not only reduce manpower and time investment, save material costs for lining replacement, but also shorten equipment downtime.

3. High degree of automation, more in line with the requirements of green smart mines

HPT multi-cylinder hydraulic cone crusher adopts advanced control system. All sensor values of the system are visible and can be adjusted on the touch screen: the system presets the best operating parameters, which can realize automatic adjustment of feeding and discharging. In addition, HPT multi-cylinder hydraulic cone crusher can also be flexibly connected with Internet measurement and control, which is more in line with the development and construction requirements of "green smart mines".