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Compact Jet Mill, Speed 50 - 500 g/hr - MSK- BPM-50
MSK-BPM-50 is a lab-scale jet mill for materials with various hardness and properties. It grinds materials such as ceramic, magnet, ferrite, and metallic alloy into micron-scale powder (2-5 microns) with an output rate of 50 - 500g/hr.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles of the right size while continuing milling particles above the desired size. Therefore, the ground product comes in narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.
Update: The High-Efficiency Cyclone is optional since 08/29/2024.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles of the right size while continuing milling particles above the desired size. Therefore, the ground product comes in narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.
Update: The High-Efficiency Cyclone is optional since 08/29/2024.
MSK-BPM-50 is a lab-scale jet mill for materials with various hardness and properties. It grinds materials such as ceramic, magnet, ferrite, and metallic alloy into micron-scale powder (2-5 microns) with an output rate of 50 - 500g/hr.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles of the right size while continuing milling particles above the desired size. Therefore, the ground product comes in narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.
Update: The High-Efficiency Cyclone is optional since 08/29/2024.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles of the right size while continuing milling particles above the desired size. Therefore, the ground product comes in narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.
Update: The High-Efficiency Cyclone is optional since 08/29/2024.
Jet Mill (50 - 500 g/ hr) in Glovebox w/ Purification System - MSK-JB-500-LD
MSK-JB-500 is a compact jet mill with a cyclone device in a glove box with an inert gas purification system ( O2 & H2O < 1 ppm), It is designed for milling air-sensitive metallic powder to micron-scale (2-5 microns) with an output rate of 50 - 500g/hr. in a high purity inert gas environment without oxidation.
MSK-JB-500 is a compact jet mill with a cyclone device in a glove box with an inert gas purification system ( O2 & H2O < 1 ppm), It is designed for milling air-sensitive metallic powder to micron-scale (2-5 microns) with an output rate of 50 - 500g/hr. in a high purity inert gas environment without oxidation.
Lab Scale High-Efficiency Cyclone for Jet Mill - BPM-CL
$3,598.00
BPM-CL is a lab-scale powder cyclone used with the MTI Jet Mill and offers optimum recovery of sub-micron fines. Undersize sieve fractions are directed through an anti-static vacuum hose through the cyclone and collected in a threaded glass receiving bottle. Material contact parts are constructed of stainless steel or glass. Support stand allows for stand-alone operation, or the unit can be mounted to the base of an Air Jet Sieve.
BPM-CL is a lab-scale powder cyclone used with the MTI Jet Mill and offers optimum recovery of sub-micron fines. Undersize sieve fractions are directed through an anti-static vacuum hose through the cyclone and collected in a threaded glass receiving bottle. Material contact parts are constructed of stainless steel or glass. Support stand allows for stand-alone operation, or the unit can be mounted to the base of an Air Jet Sieve.
Large-Scale Jet Mill for Roll-to-Roll Dry Electrode Fabrication (100g - 2kg/hr) - MSK-SFM-AF100
MSK-SFM-AF100 is a high throughput lab-scale jet mill for materials with various hardness and properties. It grinds materials such as ceramic, magnet, ferrite, and metallic alloy into micron-scale powder with an output rate of 100g~2kg/hr. Abundant configurations can crush sticky or hard materials. The material feeder is a double-screw self-cleaning type, which is easier to disassemble than other feeders.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles with the right size while continuing to muff particles above the desired size. Therefore, the ground product comes in a narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles with the right size while continuing to muff particles above the desired size. Therefore, the ground product comes in a narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.
MSK-SFM-AF100 is a high throughput lab-scale jet mill for materials with various hardness and properties. It grinds materials such as ceramic, magnet, ferrite, and metallic alloy into micron-scale powder with an output rate of 100g~2kg/hr. Abundant configurations can crush sticky or hard materials. The material feeder is a double-screw self-cleaning type, which is easier to disassemble than other feeders.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles with the right size while continuing to muff particles above the desired size. Therefore, the ground product comes in a narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.
The jet mill grinds with a high-speed jet of compressed air or inert gas to collide the particles with each other. It is capable of outputting particles with the right size while continuing to muff particles above the desired size. Therefore, the ground product comes in a narrow size distribution and good uniformity. Particles are separated from the gas stream by cyclonic separation.