G Series-High Pressure Grinding Roller
Go Anywhere, Anytime
Best transportability and road passability, all-weather work.
Easy To Operate
Highly intelligent integrated control system, easy to understand.
Safe And Reliable
Ultra-high quality standards to ensure product safety and reliability.
Low-Cost, High-Efficiency
Reduce customer production costs and improve production efficiency.
G Series-High Pressure Grinding Roller
Go Anywhere, Anytime
Best transportability and road passability, all-weather work.
Easy To Operate
Highly intelligent integrated control system, easy to understand.
Safe And Reliable
Ultra-high quality standards to ensure product safety and reliability.
Low-Cost, High-Efficiency
Reduce customer production costs and improve production efficiency.
Go Anywhere, Anytime
Best transportability and road passability, all-weather work.
Easy To Operate
Highly intelligent integrated control system, easy to understand.
Safe And Reliable
Ultra-high quality standards to ensure product safety and reliability.
Low-Cost, High-Efficiency
Reduce customer production costs and improve production efficiency.
Higher Safety and Lower Production Cost
G High-Pressure Grinding Roller Main Features
- Product introduction: High-pressure roller mill is a high-pressure roller mill with a simple structure and reliable performance, which can be finely crushed and ultra-fine crushed, and the fineness modulus can be controlled. In the design of the company, the crushing requirements for hard materials in today’s market are specially considered. Compared with other high-pressure roller mills, the crushing capacity is greatly enhanced. It is suitable for fine crushing of hard and medium hard materials with compressive strength less than 300Mpa and humidity less than 10%. Such as river pebbles, coke, coal, ceramic raw materials, quartz stone, limestone, argillaceous shale, chalk, bricks, slag, clinker, feldspar, coke feldspar, gypsum, salt, chemical raw materials, and other solid materials.
High-pressure roller mills can also be used for mineral processing, electric power, chemical industry, cement, refractory materials, abrasives, construction, and other industrial sectors, finely crushing various ores, rocks, and industrial waste residues with high and medium hardness or mixed with clay. It is used for mixing raw materials, etc., especially in the production of melon stone, coal, coal gangue, and other products in the building materials and electric power industries. It has a better effect than ordinary high-pressure roller mills, and can also be widely used in the crushing steel sand industry. - Working principle: The main body of the high-pressure roller mill is two rollers that rotate in opposite directions. The brittle material is sent into the weighing bin equipped with a load cell by the conveying equipment and then enters between two rollers of the same size and relatively rotating through the feeding device of the roller press, and the material is pulled into the nip by the roller, and The material is pressed into a dense material cake, falls from the roller gap, and is output by the conveying equipment through the discharge hopper. The material cake is further dispersed or pulverized by the next process.
- Features:
1. The hydraulic system makes it more convenient and easy to adjust the roll gap; at the same time, it protects the safety of the whole machine.
2. The high-pressure roller mill adopts the alloy steel inlaid carbide stud roller surface or the integral casting roller surface and fan-shaped roller surface made of high manganese steel, which greatly prolongs the service life of the roller surface, up to more than 20,000 hours.
3. The application of manganese steel roller surface in the cobblestone field has high economic efficiency.
More About Equipment
Main Engine Section Diagram
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Remark:
- The processing capacity of the crusher is closely related to the hardness of the stone, the size of the input material, and the size of the output material.
- In view of the continuous updating of our company’s technology, the technical parameters will change, and the specific parameters and the actual equipment shall prevail.
