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...in drying industry. The drying technology is most suitable for powder, particle products from materials, such as,solution, emulsion, SC and pumpable paste states material. For this reason, when the particle ...
... technology is most suitable for powder, particle products from materials, such as,solution, emulsion, SC and pumpable paste states material. For this reason, when the particle size and distribution of the f...
... technology is most suitable for producing the powder, particle or block solid products from the materials, such as: solution, emulsion, soliquoid and pumpable paste states. For this reason, when the particl...
... powder, particle, or block solid products from materials of solution, emulsion, soliquoid and pumpable paste states. Therefore, the spray drying is one of the most desired technologies when the particle siz...
...distribution and ultrafine particles. The design and manufacture of classifying wheel is the core technology of the classifier. The air classifier of German alpai enjoys a good reputation in the world, and i...
...output the particulate matter mass concentration (μg/m³) through mathematical algorithms and scientific calibration. Product Features Minimum resolvable particle size is 0.3μm Ultra - long service life Can e...
...DC3.7V Rechargeable Lithium Battery Power <2W Particle size MMAD: Nebulization rate ≥0.25 mL/min Particle distribution(%) (0.5-5μm) Respirable fraction >60% Vibration frequency 110kHz±10% Volume Max.10mL Water Temperature ≤50 Working voice ≤......
...DC3.7V Rechargeable Lithium Battery Power <2W Particle size MMAD: Nebulization rate ≥0.25 mL/min Particle distribution(%) (0.5-5μm) Respirable fraction >60% Vibration frequency 110kHz±10% Volume Max.10mL Water Temperature ≤50 Working voice ≤......
...DC3.7V Rechargeable Lithium Battery Power <2W Particle size MMAD: Nebulization rate ≥0.25 mL/min Particle distribution(%) (0.5-5μm) Respirable fraction >60% Vibration frequency 110kHz±10% Volume Max.10mL Water Temperature ≤50 Working voice ≤......
...DC3.7V Rechargeable Lithium Battery Power <2W Particle size MMAD: Nebulization rate ≥0.25 mL/min Particle distribution(%) (0.5-5μm) Respirable fraction >60% Vibration frequency 110kHz±10% Volume Max.10mL Water Temperature ≤50 Working voice ≤......
...DC3.7V Rechargeable Lithium Battery Power <2W Particle size MMAD: Nebulization rate ≥0.25 mL/min Particle distribution(%) (0.5-5μm) Respirable fraction >60% Vibration frequency 110kHz±10% Volume Max.10mL Water Temperature ≤50 Working voice ≤......
...DC3.7V Rechargeable Lithium Battery Power <2W Particle size MMAD: Nebulization rate ≥0.25 mL/min Particle distribution(%) (0.5-5μm) Respirable fraction >60% Vibration frequency 110kHz±10% Volume Max.10mL Water Temperature ≤50 Working voice ≤......
...DC3.7V Rechargeable Lithium Battery Power <2W Particle size MMAD: Nebulization rate ≥0.25 mL/min Particle distribution(%) (0.5-5μm) Respirable fraction >60% Vibration frequency 110kHz±10% Volume Max.10mL Water Temperature ≤50 Working voice ≤......
... micron-sized accurate separation of 25µm~850µm particles. It is suitable for materials which are difficult to screen with traditional equipments such as vibrating screen, ultrasonic vibrating sieve, tumbler...
... shape Pore Size 5 8 10 15 20 30 100 150 160 200 300 600 800 900 950 1000 micron up to 2500um Dimensions 1cm 2cm 3cm 4cm 5cm 6cm 7cm 8cm 9cm 10cm and custom Application Particle analysis,...
...technology is most suitable for producing solid powder or particle products from liquid materials,such as:solution, emulsion, suspension and pumpable paste states,For this reason,when the particle size and d...
... is most suitable for producing solid powder or particle products from liquid materials, such as: solution, emulsion, suspension and pumpable paste states. For these reason, when the particle size and distri...
... technology is most suitable for producing solid powder or particle products from liquid materials, such as: solution, emulsion, suspension and pumpable paste states. For this reason, when the particle size ...
... is most suitable for producing solid powder or particle products from liquid materials, such as: solution, emulsion, suspension and pumpable paste states. For this reason, when the particle size and distrib...
...most suitable for producing solid powder or particle products from liquid materials, such as: solution, emulsion, suspension and pumpable paste states. For this reason, when the particle size and distributio...