High Efficiency HC895 Single Cylinder Hydraulic Cone Crusher

Product Basic Parameters

Model: HC895

Max Feed Size: 120mm

Discharge Range: >120mm

Production Capacity: 178-1170t/h

Motor Power: 750kw

Technical Parameter Of Series Products

Profile

HC895 Single Cylinder Hydraulic Cone Crusher is a new high-efficiency cone crusher independently researched, developed and designed by ZhongRui. This cone crusher integrates mechanical, hydraulic, electrical, automation and intelligent control technologies, and possesses advanced cone crusher technologies in the world.

Field of application
Widely used in metallurgy, construction, hydropower, building stone crushing, solid waste treatment, etc.

Suitable for river pebbles, dolomite, iron ore, limestone, quartz, iron ore, gold deposits, basalt, etc.

Shanghai ZhongRui environmental protection equipment Co., Ltd. is a new energy enterprise specialized in R&D, design, manufacture, sales, and service, which engaged incomplete set of equipment for crushing and sieving in mines, sludge treatment water recycling system, and other environmental protection and energy-saving products.

Self-developed products have reached the leading position in China, features in high efficiency, low carbon, environmental protection, and no pollution; such as single cylinder hydraulic cone crusher, ultrafine energy saving crusher, hydraulic plate-frame filter press, belt pressure filter, etc.

Products always pursue "high efficiency, energy-saving, environmental protection" and the design concept is advanced. Marketing tenet: do our best to give attentive service. Provide cost-effective products and targeted solutions according to the actual characteristics of the user.

Our company always adheres to the business strategy of "saving enterprise costs, developing circular economy and sharing low carbon life", promote the domestic and foreign markets, and tailor-made different types of energy-saving and environmental protection products for the enterprises in need. We are a faithful partner for energy conservation development.