Jaw crusher is a type of crushing equipment with a long history, widely used in mining, building materials, metallurgy and other industries. They are mainly used for crushing various materials with a compressive strength not exceeding 320MPa, and are often used as primary crushers in various stone production lines and ore crushing production lines. The products are characterized by a large crushing ratio, high output, uniform product particle size, reliable operation, simple maintenance, and low operating costs. Application Scope: sand and stone plant, mining, coal mining, concrete mixing station, dry powder mortar, power plant desulfurization, quartz sand, etc Process Materials: pebble, granite, basalt, iron ore, limestone, quartz, diabase, construction waste, iron ore, gold mine, etc Working Principle: The jaw crusher is composed of two jaw plates, the moving jaw and the static jaw. When it’s working, the pulley drives the eccentric shaft to rotate through the motor, which makes dynamic jaw…

This series of impact crushers features hydraulic cover opening devices on both sides of the frame. These devices easily elevate the machine frame when needed, facilitating quick replacement of components and routine maintenance, saving time and effort. A spring safety device automatically adjusts the gap between the impact plate and the discharge port to release any foreign objects (such as iron blocks or loader teeth) that enter the crushing chamber during crushing. This prevents machine jamming and saves downtime. Regarding rotor performance, a rigorous monitoring system performs surface, near-surface, and internal defect detection to ensure optimal rotor performance. For components, a specially designed crescent-shaped hammer plate offers greater impact area and force compared to traditional straight hammer plates, while also reducing wear and extending service life.

Vertical shaft impact crusher (VSI) is a high-efficiency equipment that uses a high-speed rotating rotor to achieve self-crushing or impact crushing of materials. Since its application in the 1980s, it has become a core piece of equipment in the fields of manufactured sand production and stone shaping. Two crushing modes: "Stone-on-stone": Material collides with each other, suitable for highly abrasive materials, with minimal equipment wear. "Stone-on-iron": Material impacts metal impact blocks, resulting in a high sand production rate. Core advantages: Excellent particle shape: Products are cubic, with extremely low needle-like and flaky content, high bulk density, and low iron contamination. High crushing efficiency: High-energy design, large crushing ratio, combining fine crushing and coarse grinding functions. High wear resistance: Material self-lining forms a protective layer, resulting in no wear on the machine body. The throwing head is made of extra-hard wear-resistant material, small in size, and easy to replace. Good moisture…

An impact crusher is a high-efficiency crushing device that uses impact energy to crush materials. It is suitable for processing materials with medium to low hardness, low toughness, and brittle texture, such as limestone and coal gangue. It is widely used in the construction industry, road engineering, cement and chemical industries, mining, environmental protection and energy, and solid waste treatment.

Spring cone crushers are suitable for crushing various ores and rocks of medium to high hardness. They feature reliable structure, high production efficiency, convenient adjustment, and economical operation. Their spring safety system provides overload protection, allowing foreign objects like iron blocks to pass through the crushing chamber without damaging the crusher. A glycerin seal isolates dust from the lubricating oil, ensuring reliable operation. Standard, medium, and short-head models are available to meet customer needs for coarse, medium, and fine crushing operation.

The single-cylinder hydraulic cone crusher is a medium-fine crushing equipment that uses hydraulic technology. It is widely used in mining, metallurgy, construction, highway, chemical and other industries, and is suitable for processing various ores and rocks with hardness of medium to high such as granite, diabase, basalt, iron ore, etc . Its main technical features include: fully intelligent control; high-speed design, improving output and finished product specification compliance rate; layered crushing, improving product quality; and optimized structure, with a small size but significantly increased production capacity.

The multi-cylinder hydraulic cone crusher is a high-efficiency medium and fine crushing equipment developed from the spring cone crusher. It utilizes multiple sets of hydraulic cylinders to adjust the discharge port and provide overload protection. It excels in crushing high-hardness materials and is widely used in mining, metallurgy, and construction industries. Main technical features: The multi-cylinder design provides greater crushing force, significantly improving rated power and processing capacity; it adopts the principle of inter-particle compression, significantly reducing needle-like and flaky materials, resulting in excellent finished particle shape and high cubic content; high throughput capacity; key components are made of high-strength alloy steel through precision casting and forging, extending service life by more than 30%; a PLC + touchscreen system displays the working status in real time, and discharge port adjustment is convenient; a bidirectional overload release hydraulic cylinder allows iron blocks to pass through the crushing chamber, preventing equipment damage;…

A hammer crusher is a high-efficiency crushing device that uses the impact of high-speed rotating hammers to crush materials. It is widely used in industries such as cement, building materials, and mining due to its simple structure, large crushing ratio, and convenient maintenance. It is suitable for medium-hardness and brittle materials with a compressive strength not exceeding 200 MPa. It is best suited for small to medium-sized production lines with low requirements for finished product particle shape, limited budgets, and the need to process medium-hardness brittle materials.