China Y Series High Pressure Grinder: Superior Performance from Top Suppliers and Factory
Working Principle
When working, the material that needs to be crushed is added to the machine from the feed hopper on the side of the cover shell. It revolves around the vertical axis and rotates itself at the same time. Due to the role of centrifugal force during rotation, the grinding roller swings outward and presses tightly on the grinding ring, so that the blade scoops up the material between the grinding roll and the grinding ring. The purpose of crushing the material is achieved by rolling the roller. After the material is ground, the fan blows the wind into the main casing, blows up the powder, is sorted by the analyzer placed above the grinding chamber, and the fine and coarse material falls into the grinding chamber for re-grinding, and the fineness meets the specifications with the wind into the cyclone collector, collected and discharged through the powder outlet, that is, the finished product. The air flow is returned to the fan by the return air pipe at the upper end of the large cyclone collector. The wind path is cyclic and flows in a negative pressure state. The increased air volume of the circulating air path is discharged by the waste gas pipe between the fan and the main engine and enters the small cyclone collector for purification treatment.
- (1) The whole machine is a vertical structure, covers an area of small, systematic, from raw material rough processing to transportation to powder and final packaging, can be an independent production system.
- (2) Compared with other grinding equipment, the sifting rate is as high as 99%.
- (3) The main transmission device adopts closed gear box and belt wheel, stable transmission and reliable operation.
- (4) The important parts of Raymond mill are made of high-quality castings and profiles, and the process is fine to ensure the durability of the whole set of equipment.
- (5) The electrical system adopts centralized control, advanced selection and high degree of automation.
Technical parameters of Y series high pressure grinder
| Model | Max feeding size (mm) | Final product size (micron) | Capacity (T/h) | Speed of main mill (R/min) | Main unit power (Kw) | Dimensions (L×W×H) (m) |
|---|---|---|---|---|---|---|
| Y-95 | <30 | 33-600 | 2.1-5.6 | 130 | 74-80 | 7.1×5.9×7.9 |
| Y-130 | <30 | 33-600 | 3-9.5 | 103 | 161-176 | 7.85×8.0×9.7 |
| Y-160 | <30 | 33-600 | 45434 | 82 | 279-303 | 12.5×8.3×10.3 |
Some Of Our Product
Frequently Asked Questions
Q1: How does the Y series high pressure grinder crush materials?
The material is fed into the machine where centrifugal force causes the grinding rollers to swing outward and press tightly against the grinding ring. The blade scoops the material between the roller and the ring, and the rolling action of the roller crushes the material.
Q2: What is the sifting rate of the Y series high pressure grinder?
Compared with other standard grinding equipment on the market, the Y series high pressure grinder achieves an exceptionally high sifting rate of up to 99%.
Q3: Is the Y series high pressure grinder a complete production system?
Yes. The entire machine features a vertical structure with a small footprint. It systematically integrates everything from raw material rough processing and transportation to powdering and final packaging into an independent production system.
Q4: How is the airflow managed to control dust and recycle fine powder?
The airflow is cyclic and operates under negative pressure. Air and ground material are blown into the analyzer, where fine material goes to the large cyclone collector for collection, while the air returns via the return pipe. Increased air volume is discharged through a waste gas pipe and purified in a small cyclone collector.
Q5: What ensures the durability of the Raymond mill parts?
The important parts of the Raymond mill are manufactured using high-quality castings and profiles, processed with fine craftsmanship to ensure long-term durability and reliable operation of the entire equipment set.
Q6: How is the electrical control system configured?
The electrical system utilizes centralized control. It features advanced component selection and a high degree of automation to ensure stable and safe operation.