ball mill

High aesthetic appearance design, structural and system design effectively improve efficiency and performance, and noise controlThe application of technology brings more comfort, saferThe use of

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================================Product Description================================

summary:ball millIt is a device for mixing, fine grinding, sample preparation, dispersion of nanomaterials, development of new products, and small-scale production of materials. This product has a small volume, comprehensive functions, high efficiency, and low noise. It is an ideal equipment for scientific research institutions, universities, and enterprise laboratories to obtain micro particle research samples (four samples can be obtained at the same time in each experiment). Equipped with a vacuum ball milling tank, the sample can be ground under vacuum.ball millWidely used in geology, mineral resources, metallurgy, electronics, building materials, ceramics, chemical industry, light industry, medicine, beauty, environmental protection, matcha and other departments.

The planetary ball mill is suitable for wet and dry pulverization and refinement of hard, medium hardness, brittle, and fibrous materials. The sample fineness can be less than 100nm, and it can also be used for grinding solids in suspensions, sample mixing and homogenization treatment, and metal alloying, all of which can achieve outstanding results.

Four volumes can be placed simultaneously50ml and 100ml ball milling jars are used, and there are more than ten types of ball milling jar materials to choose from,BMUtilizing new gear noise reduction technology and fully enclosed designFour major technologies of oil sealNoise isolation design to control operational noiseAnd it is more stable and has a longer lifespan than ordinary planetary grinding machinesMore than 5 timesEffectively improving the comfort of laboratory use, efficient sample processing capabilities, sleek appearance and structural design, and strict production processes support emerging talentsscience and technologybecomeOne of the excellent and popular sample preparation products among users.

================================Application samples================================

Pearls, ginseng, dendrobium officinale, pills, pharmaceuticals, licorice, coke, coal, glass, cellulose, paper, chips, polymers, pigments, metal oxides, iron ore, iron powder, aluminum powder, magnesium powder, ceramics, alumina, bones, kaolin, limestone, gypsum, quartz, minerals, ores, carbide fibers, graphite, ink, clay minerals, fiber products, sewage sludge, catalysts, chemicals, alloys, soil, waste samples, wood, plant materials, cement slag, concrete, slag, tobacco

================================Performance parameters================================

================================Characteristic description================================

● Small volume,The structure adopts thickened steel plates，The shell is made of thickened sheet metal, which is resistant toVibrationSmooth, soundproof, safe, and treated with internal and external spray coating;

● Adoptingoil sealTechnology andNoise reducing materials reduce noiseImprove user comfort;

Fully automatic processing, no need for debugging, easy to use, practical and comprehensive functions;

●Low power, low loss, low cost, low failure;

●Selecting European standard conical drive wheels, European standard electrical components and circuit design, branded frequency converters, electric and other high standard accessories to ensure quality and service life;

Strong impact energy, more uniform discharge, and higher precisionWith stronger crushing ability, finer sample size, and faster processing speed；

●It can set grinding time, interval time, motion direction, and motion speed, and has power-off memory, emergency stop, and overload protection functions;

●Long service life,Strong security，Can meet the requirements of long-term and high-intensity experiments;

●25ml、50ml、100ml、differentvolumeThe ball mill jarCan be used universally, increasing the range of sample processing quality and particle size；

Ball milling jars made of over ten different materials, including stainless steel, nylon, polyurethane, polytetrafluoroethylene, zirconia agate, etcProvide options,Types of ground sampleseven moreWidely;

The sample can be subjected to dry and wet grinding, and can be equipped with a vacuum ball milling tank for vacuum grinding, pressurized grinding, and inert gas grinding;

●Configurable liquid nitrogen low-temperature system for ultra-low temperature treatment (with additional functions);

●Can detect the temperature and pressure inside the ball milling carrier (with additional functions);

Multiple ball milling jars can be placed simultaneously to grind four different types of samples, or two ball milling jars can be symmetrically placed for use;

●Under the same conditions,Multiple ball mills simultaneously grind the same sampleWhen,Each ball milling jar has the same grinding effect on the sample;

Under the same conditions，everywrite instructions or comments onThe effect of secondary grinding on the same sample is the same;

The application involves a wide range of industries, with a wide variety of grinding sample types and strong grinding flexibility

================================Processing principle================================

Under the influence of the geometric structure and special motion mode of the grinding carrier, the high-frequency and high-intensity collisions, shearing, and friction generated directly between the grinding medium and the sample ultimately result in extremely excellent grinding effects on the sample, with characteristics such as fast processing speed, small and uniform sample size, and *.

① Pulse. The material moves away from the center of revolution as a whole in a group, and after rotating to a certain angle with the cylinder, slides in the opposite direction of rotation. The grinding body pushes the powder layer on the grinding machine, applying compression, shear, and friction to the material.

② Throw it away. After the material rotates to a certain angle with the grinding cylinder, the pressure on the cylinder wall reaches zero and leaves the cylinder wall, causing an impact on the material.

③ Circulation. The material rises along a concentric trajectory and then falls layer by layer in a circulating state, exerting squeezing, grinding, and friction on the powder.

④ The material moves in a circular motion with the grinding ball and slides relative to it, exerting friction on the powder.

⑤ Tightly adhere. The material at the cylinder wall does not slide or rotate with the grinding cylinder, losing its crushing effect, but it can be used to protect the inner wall of the grinding cylinder and reduce wear. The main factors that play a role in ultrafine grinding are circulation and sliding motion.

================================Accessories Introduction================================

In the use of planetary ball mills, sample processing needs to be carried out through the action of grinding media in the ball mill carrier. Therefore, the ball mill carrier and ball mill medium are the main components of planetary ball mills,New and cutting-edge technologyThere are more than ten different materials of ball milling carriers and media developed，More than 200 experimental schemesAvailable for combination selection, different processing effects can be achieved when processing samples with different physical and chemical properties.