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Laboratory fluid bed dryers and pilot test boiling dryers (FBD)

Brief introduction
This machine is a fluidization dryer. It is the use of hot air and material full contact to take away the water, so as to achieve drying a dryer, is a dynamic drying equipment. Temperature control probe is equipped at the air outlet to measure the tempera
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Description Customer Case Featured Products


Laboratory fluid bed dryers and pilot test boiling dryers (FBD)
 
Function instructions
 
This machine is widely used in pharmaceutical, pesticide, food and other industries of scientific research units, all kinds of experimental granular or powder materials for rapid drying. It is the ideal drying equipment for laboratory.
 
Working principle and structural characteristics
 
This machine is a fluidization dryer. It is the use of hot air and material full contact to take away the water, so as to achieve drying a dryer, is a dynamic drying equipment. Temperature control probe is equipped at the air outlet to measure the temperature of the air outlet at any time.

Main Parameter
Model Production captivity(kg/h) Power(kw) Drying temperature(C) Drying time(min) Weight(kg) Overall size(mm)
100 3-200 2.3 25-90 3-8 15 700*330*750
2000 500-4000 7.2 25-100 5-20 150 1150*600*1600



If you are interested in this, please contact me: Nana Zhang
Cell Phone: 0086-15800947006
https://medigrade.en.made-in-china.com/ made-in-china.com
 
Customer Case
Featured Products
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The material flow through a one way valve, was pressured in the high pressure chamber. when pass the micron noozle, the material will subsonic impact the chamber, with a shearing effect at the same time, then get a narrow range of micron particle.
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Modular high-pressure design, can achieve 24-hour continuous operation PLC automatic control, in accordance with GAMP specifications Control system complies with FDA 21 CFR Part 11 Sterile process design, in line with cGMP, automatic CIP / SIP, can mee
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When liquid goes through the one way valve, it will be pressured in the chamber. the plunger push the liquid pass the diamond nozzle. Then the liquid was combined with kinetic energy. three actions will arise: impact the chamber wall, explosion to high sh
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