Micron tungsten powder uses an air jet mill. Fluidized Bed Jet Mill

Physical Properties:

Tungsten powder is a gray-black metal with a metallic luster (body-centered cubic crystal structure).Melting point 3400℃Boiling point 5555℃Tungsten is the hardest among metals.

Usage and Features:

Pure tungsten powder can be processed into wires, rods, tubes, plates, and other shaped products. When mixed with other metal powders, it can be used to produce various tungsten alloys, such as tungsten-molybdenum alloys, tungsten-rhenium alloys, tungsten-copper alloys, and high-density tungsten alloys. Another important application of tungsten powder is in the production of tungsten carbide powder, which is then used to manufacture cemented carbide tools, such as lathe tools, milling cutters, drill bits, and molds.

Tungsten powder grinder Ultra-fine tungsten powder jet mill Tungsten powder uses an air jet mill. Superhard Material Airflow Pulverizer Tungsten Powder Airflow Pulverizer Classifier

Equipment Selection:

Tungsten powder is the primary raw material for processing powder metallurgy tungsten products and tungsten alloys. Tungsten is the hardest among metals, so it is used toThe Z-Series Air Jet Mill and Classifier is a specialized crushing and classification equipment developed for ultra-hard and ultra-fine materials, based on the physical properties and processing requirements of such materials. It performs ultra-fine crushing and classification according to customer specifications.

Working principle:

ZThe series of jet mills utilizes multiple oppositely arranged nozzles to generate high-speed airflow, which accelerates the material to supersonic speeds, causing it to collide at the intersection of the nozzles to achieve ultra-fine grinding. The crushed material is carried by the rising airflow into the classifier chamber of the classifier. Due to the high-speed rotation of the classifier rotor, the particles are subjected to both the centrifugal force generated by the classifier rotor and the centripetal force produced by the viscous effect of the airflow. When the centrifugal force on the particles exceeds the centripetal force, coarse particles larger than the classification particle size return to the grinding chamber for further impact grinding, while fine particles are carried by the airflow into a cyclone separator and a collector for collection, with the gas being discharged by an induced draft fan.

Equipment Composition:

ZThe series of jet mills is an upgraded product replacing traditional fluidized bed jet mills, opposed jet mills, horizontal jet mills, and other types of jet mills. The equipment mainly consists of a crushing main unit, a high-precision vortex classifier, a cyclone collector, a bag filter, and an air compressor.;The full utilization of jet energy is a **feature** of this machine.

Equipment Features∶

1Dry production without water or washing can yield abrasive micro-powder with a broader particle size distribution and no contamination. The primary powder classification can process spherical particles according to current domestic and international standards.EA product of a certain brand.(If national standardW63-~V35Japanese standard card2413~30036and European standards2053~F12003)The single horse or product rate reaches75%Above.

2High classification accuracy, more precise cut size, lower required rotational speed, and long service life.3Independent cast iron bearing housing, never deforms, and has a long service life.

4Optimized transmission design ensures low bearing stress and long service life.

5The unique pipeline design facilitates powder flow, reduces wear, and makes wear-prone areas easy to replace and maintain.

6The company's unique variable-frequency feeding system facilitates material dispersion, ensures continuous, uniform, and stable feeding, and aids in product particle size control.7The unique internal circulation secondary air design, with adjustable grading cone clearance, significantly reduces air consumption, thereby lowering grading energy consumption and ensuring thorough extraction of fine powder.8The separation of flow paths helps reduce wear at the bottom of the classification wheel and is more conducive to controlling large particles.

9Fully enclosed negative pressure operation, no dust pollution.

10Good stability; once the fixed parameters are adjusted, stable production can be achieved.;

11Especially the core competitive advantage of more thorough extraction of fine powders and good stability has been widely recognized by the industry.

Scope of Application:

This series of pulverizers and classifiers, with its unique working principle, can process ultrafine powders of various materials through dry, high-purity, and low-temperature methods. It is widely used in industries such as chemicals, mining, abrasives, battery materials, refractory materials, non-metallic minerals, metallurgy, building materials, pharmaceuticals, food, pesticides, feed, new materials, environmental protection, and various dry powder materials for ultrafine grinding, dispersion, and particle shaping.

Typical materials:

Tungsten powder, tungsten carbide, silicon carbide, garnet, ceramic corundum, boron carbide, diamond, ferrophosphorus, calcium carbonate, quartz, diatomaceous earth, calcium hydrogen phosphate, bentonite, talc, mica, wollastonite, high-purity pigment, luminescent powder, mobile phone battery powderPollen, auxin, food additives, antibiotic drugs, contrast agents, Ganoderma lucidum, pearl powder; insecticides, polytetrafluoroethylene, etc.