SLVTM micro powdersuperfine grinder

Email：shaolinjq@126.com

WhatsApp：+8613889000767

★★★★★

Product Type:Grinding machine

Designed Capacity: 2-10TPH

Feeding Size: ≤ 15mm

Discharging Size:400-2000 mesh

Customizable: Color, model, pattern

Condition: Brand new

Applicable materials: cement, silicate products, fertilizers, ores, and other materials.

Introduction

Innovation advantages

physical display

performance and advantages

Technical Parameter

Introduction

SLVTM micro powder ultrafine grinder is a new type of equipment
designed by digesting and absorbing foreign technology. It grinds the
material (0~15 mm) on the rotating grinding plate through the
pressure of the grinding roller to achieve the corresponding fineness
The machine has a mesh size of 325 to 3000. Its key features
include the thorough contact between the grinding roller, grinding
disc, and material, as well as the high precision of the grading
system. Under the same ore supply conditions and product fineness
requirements, its output is three times that of existing Raymond
mills. When the ore supply conditions and output requirements are
the same, the fineness exceeds that of medium-speed mills above 500
mesh. Under the same conditions, the fineness, output requirements,
and ore supply conditions, its power consumption is 50% of that of
air impact crushers. This machine is currently the most
technologically advanced, efficient, and energy-saving product,
surpassing the fineness standards of wet grinding mills. It is
suitable for ultra-fine grinding of powder materials in non-metallic
mineral industries such as metallurgy, chemicals, paper making,
coatings, ceramics, ceramic sand, alumina, and refractory materials

Innovation advantages

We are a leading company dedicated to empowering individuals to achieve their dreams through innovative solutions and exceptional services.

The technological innovation of the SLVTM micro powder ultra-fine grinder
lies in the following: The motor drives the grinding disc through a reducer, while
the belt also drives the gears to rotate the hydraulic grinding rollers. Material is
fed into the center of the grinding disc from the inlet, and hot air enters the
grinder through the air inlet. Under the influence of centrifugal force, the material moves towards the edge of the grinding disc. As it passes through the annular grooves on the grinding disc, it is crushed by rolling and shearing.

The crushed material is lifted by a high-speed airflow at the edge of the grinding disc and the air ring, with larger particles falling back onto the grinding disc for re-grinding.

When the material in the airflow passes through the classifier, the coarse powder falls back onto the grinding disc for re-grinding, while the qualified fine powder is carried out of the grinder with the airflow and collected in the powder
collection device, forming the final product. The moisture content in the materialis reduced during contact with the hot gas, achieving the desired moisture level.

During the airflow circulation, a small amount of excess gas and lighter impurities in the finished product are collected and treated by the dust collector in the systems branch circuit, thus forming a highly scientific and advanced process.

Product details and physical display

Product performance and advantages

Abundant Spare Parts Supply for Peace of Mind
With a reliable supply chain for spare parts, you can operate worry-free, knowing that replacements are readily available whenever needed. This ensures minimal downtime and uninterrupted production.

Low operating cost:

High grinding efficiency, low power
consumption, compared with ball mill, Raymond mill and other
grinding equipment, the power consumption is reduced by 40-50%.
Less wear, special material for roller sleeve and liner plate,
long service life,
It reduces the metal pollution of products, reduces the operating
cost, can be equipped with external circulation device, can further
reduce the power consumption, improve product accuracy

Low construction cost:

Compared with the ball mill system, the ultrafine mill can reduce the floor space by about 50%. The equipment cost is reduced by about 70%. As it integrates crushing, drying, grinding, grading and conveying, the system is simple. Therefore, the construction cost is low.

Easy and reliable operation:

Equipped with automatic control device, remote control can be realized, and the operation is simple and easy. Equipped with a device to prevent direct contact between the roller sleeve and the grinding disc lining and a shock-absorbing spring, so that no destructive and violent shock.

Easy maintenance:

The roller sleeve and wear-resistant inner ring can be replaced in a short time by inspecting the sliding frame of the oil cylinder Change.

Less pollution:

low vibration and noise, the system operates under negative pressure, and there is no dust spillage.

Stable product quality:

The material stays in the mill for a short time, which makes it easy to adjust the particle size and chemical composition of the product. Detection and control, this machine is equipped with a high-precision classifier to classify products from 325 mesh to 3000 mesh. High precision, accurate cutting particles and stable product quality.

Ensure that the proportion of externally added iron content is minimized

The internal contact surface and the classifier impeller and pipeline are Isolation and wear-resistant protection, grinding rings and grinding rollers are made of super-hard compression-resistant and wear-resistant materials with almost no external iron.

Technical Parameter

Application site

Patent certificate

Mesh number	Capacity(t/h)	Feed size (mm)	Feed moisture(%)	Particle size distribution d97(μm)	Mean particle size d50（μm）	Power(KW)
400	8.5-10	0-15	<10	35	8.1	310
600	7.5-9	0-15		23	5.2	310
800	6.5-8	0-15		19	4	310
1000	4.5-5	0-15		15	3	310
1250	3.5-4	0-15		12	2.4	310
1500	2.5-3	0-15		10	1.8	310
2000	2-2.5	0-15		7.5	1.3	310

Production line configuration

The SLVTM type micro-powder ultra-fine grinder system primarily consists of a belt conveyor, a bucket elevator, an adjustable silo, a closed quantitative feeder, the main unit, a hot air furnace, a hydraulic lubrication system, a dust collector, a finished product silo, fans, and silencers. The design of the system varies based on the material processed, site limitations, and customer preferences.but it generally falls into two categories: open systems and closed systems. In an open system, the airflow is not recycled and is directly discharged into theatmosp here.In a closed system, the airflow is recycled, resulting in less energy loss, and the system includes more equipment (pipelines).

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Contact Us

Email

shaolinjq@126.com

Phone

+86 13889000767

Address

Cui Miao Town Xingyang, Zhengzhou Henan Province, 450100 China