The JC Jaw Crusher is an upgraded high-efficiency jaw crusher developed from the traditional PE series.

The PE jaw crusher is a classic primary crushing machine used in mining, quarrying, construction, and aggregate industries...

The ball mill is a horizontal cylindrical rotating device, primarily consisting of a horizontal cylinder, hollow shafts for...

The multi cylinder hydraulic cone crusher is a cone crushing equipment that adopts a multi cylinder hydraulic adjustment and protection system. It has the characteristics of high crushing force, high stability, and high degree of automation.

The Single-Cylinder Hydraulic Cone Crusher is a high-efficiency crushing machine featuring a single-cylinder hydraulic system. It integrates hydraulic adjustment, overload protection, and automatic cavity clearing into one unit.

The Symons Cone Crusher is a classic and well-proven crushing equipment designed for secondary and tertiary crushing. It adopts a spring safety system to protect the crusher from overload and allows flexible adjustment of the discharge opening to meet different production requirements.

The double roll crusher mainly consists of rollers, support bearings, clamping and adjusting devices, and a drive system. During operation, the material falls from above into the V-shaped crushing chamber between the two rollers. It is drawn in by the friction on the roller surfaces and crushed under intense compressive and shear stresses. The finished product is then naturally discharged through the gap between the two rollers.

The box-type crusher features a large cabinet-shaped appearance. Driven by an electric motor, its heavy hammer with high moment of inertia rotates at high speed in a circular path to strike and crush feed materials. Different from conventional crushers that control discharge particle size via grate bars, this machine boasts the unique capability of gradual "gnawing crushing" for oversized lump stones. It accomplishes primary and secondary crushing in a single pass, drastically simplifying the production process flow.

The Heavy Hammer Crusher is a highly efficient and energy-saving crushing machine, featuring a heavy-duty rotor design and large hammer heads, capable of directly crushing large blocks of material, thus reducing the need for multiple pieces of equipment and minimizing investment costs. It is primarily used for primary crushing, particularly in the large-scale crushing of materials such as limestone, shale, and ores.

The hammer crusher crushes materials through the impact of high-speed rotating hammers, with the product size controlled...

The hydraulic open-box crusher is an upgraded version of traditional fine crushers (such as cobblestone sand making machines), featuring a hydraulic power-assist system as its core highlight. This equipment operates on the "rock-on-rock" or "rock-on-iron" autogenous crushing principle. It uses hard alloy hammers mounted on a high-speed rotating rotor to shatter the materials, while the fine crushing and shaping are achieved through the rebound against the liner plates and the mutual collisions of the materials within the crushing chamber. Additionally, the discharge particle size can be flexibly controlled by adjusting the gap of the bottom grate bars.

The Impact Crusher is a machine that utilizes impact energy to crush materials. Driven by a motor, the rotor spins at high speed. Materials entering the crushing chamber are repeatedly struck by the blow bars and bounced against the impact plates until they reach the desired size. Known for its simple structure and large crushing ratio, it is widely used for secondary and fine crushing of medium-hard materials (compressive strength up to 350MPa) in industries like mining, construction, and highway building.

The vertical shaft compound sand making machine (also known as a vertical compound crusher, vertical shaft sand maker, or compound crusher) is a new type of fine crushing and coarse grinding equipment. It integrates similar crushing technologies from both domestic and international sources and is optimized based on modern fine crushing principles. Combining both primary and secondary crushing functions, it features a screenless and adjustable structural design. This equipment is widely used in the fine crushing operations of manufactured construction sand, stone aggregates, as well as cement raw materials and clinkers.

The vertical shaft impact crusher adopts unique Rock-on-Rock and Rock-on-Iron crushing principles. Raw materials feed into the machine via the hopper and are split into two streams by the distributor. One portion enters the high-speed rotating impeller, instantly accelerated to 60~70 m/s before discharging out of the impeller passages; the other falls down around the distributor. The ejected material collides violently with the falling feedstock (Rock-on-Rock crushing), or strikes the natural material lining/impact blocks inside the vortex crushing chamber (Rock-on-Iron crushing), completing material crushing and particle shaping simultaneously.

Wet Pan Mill is a continuous wet fine grinding equipment. It crushes and grinds ores or powder materials in a water environment through the self-weight rolling of heavy grinding wheels plus self-rotating shearing, while automatically stirring to prepare pulp. It is widely used in mineral processing of medium and small mines, ceramics, refractory materials and new energy powder processing, serving as core low-cost equipment to replace small ball mills.