Core materials
Molecular sieve adsorption concentration runner
![Molecular sieve adsorption concentration runner(图2) Molecular sieve adsorption concentration runner(图2)](/uploads/ueditor/20210616/1-2106161G21Y49.png)
High performance activated carbon fiber
![分子筛吸附浓缩转轮(图7) #](http://www.huashijie.com.cn/Upload/Image/HBT1.jpg)
• ACF with matching pore structure and surface properties can be selected according to different VOCs components for customization
• For different adsorbents, the adsorption capacity is increased by 30% - 100%
• Operation and maintenance costs can be reduced by 20% - 50%
Nanofiber filter materials
![分子筛吸附浓缩转轮(图8) #](http://www.huashijie.com.cn/Upload/Image/HBL1.jpg)
• The electrospinning nanofiber covering film can effectively prevent the dust from entering into the filter material and retain it on the surface of the nanofiber layer
• The filtration efficiency of dust particles with particle size above 0.3um is more than99.99%
• Increase dust capacity by more than 30%
• The initial test pressure is reduced by more than 50%
• More than 50% longer service life
• Save more than 75% compressed air
VOCs efficient catalytic oxidation materials
![分子筛吸附浓缩转轮(图9) #](http://www.huashijie.com.cn/Upload/Image/HBL2.jpg)
• VOCs high efficient catalytic oxidation material: excellent catalytic activity, high low temperature activity, low ignition temperature, strong adaptability to concentration fluctuation
• Reliable catalytic capacity, excellent removal efficiency under high concentration and high velocity conditions
• Excellent thermal stability: strong resistance to high temperaturedeterioration and stable catalyst activity
- • VOCs adsorption and concentration treatment
- • Thermal oxidation/catalytic oxidation
- • Adsorption and recovery of high concentration VOCs
- • Biological treatment of odor VOCs
- • Industrial dust and oil mist filtration
- • Heat recovery
- • Dehumidification
- • Indoor purification
- • VOCs Online Monitoring Platform