Brief: Step into our short showcase to explore the solution’s standout capabilities. In this video, you'll see a detailed demonstration of the Construction Mining Ore Jaw Crusher Machine, highlighting its powerful 220r/min operation and its ability to crush large stones into smaller, manageable sizes for various industrial applications.
Related Product Features:
Wide application range for crushing various hardness ores, construction waste, and coal.
Stable output ensures consistent crushing performance even during long-term operation.
Low energy consumption with optimized jaw design and efficient motor drive system.
Primary crushing capability for large ores or rocks into smaller sizes for further processing.
Robust construction with a feed opening size of 1200*1300mm for handling large materials.
Efficient crushing chamber design with movable and static jaws for uniform material breakdown.
Suitable for sand and gravel production, gypsum crushing, and metallurgical mineral processing.
High output capacity of 400-650 t/h powered by a 200kW motor for demanding operations.
Faqs:
What materials can this jaw crusher handle?
This jaw crusher is designed to handle a wide range of materials, including ores of various hardness, construction waste, and coal, making it suitable for mining, metallurgy, and construction industries.
What is the output capacity and power requirement of this crusher?
The crusher has an output capacity of 400-650 tons per hour and is powered by a 200kW motor, ensuring high efficiency and stable performance for continuous operation.
How does the jaw crusher achieve low energy consumption?
It incorporates energy-saving technologies such as an optimized movable jaw design and an efficient motor drive system, which reduce energy loss and lower overall production costs.
What are the primary applications for this jaw crusher?
It is widely used in sand and gravel production, gypsum crushing, and metallurgical mineral processing, providing effective primary crushing for infrastructure and industrial needs.