Guangzhou Rt Air Filtech Co.,LtdAbout UsRoom 402, Yuanfeng Building, No.83 Taoyuan West Road, Tianhe District, GuangzhouGuangzhou RT Air Filtech Co., Ltd. is a production-oriented enterprise integrating R&D, production, sales, and service. It is committed to offering related ranges of air filters for industries such as electronics factories, semiconductors, liquid crystal display, bio-pharmaceutical, food, petrochemical industry, clean room, hospital, rail transit, spray booth, commercial and residential construction. With high-tech equipment, experienced technicians, and perfect testing equipment, from design, research and development, production, quality control to finished products, we can achieve the essence and quality and are high
· the honeycomb activated carbon substrate structure is a three-dimensional structure, which increases the contact time between gas and lives carbon And the contact area, thus effectively improving the adsorption efficiency;
· developed voids, larger than the surface and lower resistance;
· acid and alkaline gas resistance;
· purification and adsorption of formaldehyde, toluene, and other harmful gases.
Product specification:
Model
size(mm)
Bore inner diameter(mm)
Number of holes
End-use temperature
Desorption temperature
Air velocity(m/s)
RT-HSAC50
50*50*50
1.5*1.5
400
≥60℃
60-150℃
<0.5
RT-HSAC50
50*50*100
1.5*1.5
400
≥60℃
60-150℃
<0.5
RT-HSAC100
100*100*50
1.5*1.5
1600
≥60℃
60-150℃
<0.5
RT-HSAC100
100*100*100
1.5*1.5
1600
≥60℃
60-150℃
<0.5
Note: other specifications can be customized according to requirements
Using high quality activated carbon powder and auxiliary materials by high-tech refining into honeycomb activated carbon block. It is mainly used in various organic waste gas purification systems with low concentration and high air volume.
Honeycomb activated carbon filter
A-6
15.00~20.00
Using high quality activated carbon powder and auxiliary materials by high-tech refining into honeycomb activated carbon block. It is mainly used in various organic waste gas purification systems with low concentration and high air volume.
