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Inside the main unit of the high-pressure micro-powder mill, the roller hanger is secured with a high-pressure spring exerting a force of 1,000-1,500 kg. Upon operation, the rollers rotate around the main shaft and, driven by the high-pressure spring and centrifugal force, roll against the grinding rings. This rolling pressure is 1.2 times greater than that of a Raymond mill under equivalent power conditions, significantly increasing output. This industrial ultrafine high-pressure micro-powder mill solves the challenge of ultrafine powder classification. It is primarily used for ultrafine grinding of over 500 materials, including feldspar, talc, barite, marble, limestone, carbon black, and clay. Fineness ranges from 500 mesh (25 microns) to 2,500 mesh (5 microns), with the finest powder being 3,500 mesh (3.55 microns).
1. Low investment, high returns
For the same output and fineness, the price of a high-pressure micro-powder mill is only one-eighth that of an air jet mill.
2. Low energy consumption
For the same output and fineness, the energy consumption of an ultrafine high-pressure micro-powder mill system is only one-third that of an air jet mill.
3. Strong grinding force
The grinding rollers, driven by high-pressure springs, exert an increased grinding force of 800-1200 kg on the material.
4. Large feed, fine discharge
The high-pressure micro-powder mill delivers large feed particle size, and the average discharge particle size can reach ultrafine powders of up to 6.5 μm.
High crushing efficiency: grate plate design, rigid hard extrusion crushing, making the fine crushing efficiency greatly improved.
Environmental and energy saving: high speed and fast operation , save electricity and reduce consumption.
Wear-resistant parts durable: more durable with wear-resistant parts material.
Low maintenance cost: compared with traditional pulverizer, energy saving is better, stable operation, maintenance cost is lower.
The high-pressure micro-powder mill mainly consists of a main unit, a blower, an ultrafine analyzer, a cyclone powder collector for finished products, a bag dust collector, and connecting air ducts. Auxiliary equipment such as an
elevator, a storage silo, an electric control cabinet, a powder feeder, and a crusher can also be optionally equipped on-site according to customer needs. Within the high-pressure micro-powder mill's grinding chamber, the roller
assembly is suspended from a roller hanger via a cross-arm shaft. The roller hanger is fixedly connected to the main shaft and the scraper frame. A pressure spring is tightly pressed against the outer end of the cantilever in the roller
bearing chamber by a tension rod. With the cross-arm shaft as the support point, the spring pressure presses the roller tightly against the inner surface of the grinding ring. When the motor rotates through the transmission device, the
scraper mounted on the scraper frame rotates synchronously with the roller. The roller rolls on the inner surface of the grinding ring while rotating around itself. The analyzer drives the analyzer impeller through the motor transmission device. The analyzer's rotation speed determines the output fineness.
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*The output will vary according to different materials, feed particle size and other factors
Company: D-VULCAN(Henan) Machinery Equipment Co., Ltd.
Group headquarters: West Industrial Park, Zhengzhou City, Henan Province, China
Group branch: 第二个地址信息
Whatsapp: +86 15517158123
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