Copyright©2015 Suzhou Hengda purification equipment Co., Ltd All right reserved 苏ICP备11046517号-1 Powered by 300.cn
ADD :No.428, Shixu Road, Xukou Town, Wuzhong District, Suzhou
ZIP:215164
TEL :0512-68022751,13402527395、
Domestic trade:13405050810、13812609428、
FAX :0512-68439336
Email :hengda@szhdjh.com.cn
QQ : 823648177/ 1726747584/3561691192
Personal WeChat
Name
Palladium Carbon Deoxidizer (T3093) Type
Number
QTE004
Affiliate classification
Accessories For Gas Equipment
I want to make an inquiry
Product Description
1. Post-stage nitrogen purification for nitrogen production by variable pressure adsorption and nitrogen production by membrane separation, no need to configure hydrogen, simple process, safe and reliable; 2. Inert gas (nitrogen, argon, etc.) de-oxygenation, the pure gas cannot contain hydrogen and other reducing gases, such as aluminum brazing, magnetic materials, electronic nitrogen; 3. Attenuation modification or terminal purification of high purity nitrogen from deep cooling.
Product Features.
1, the impurity content is small, the reaction completely generates CO2, deoxygenation capacity is large, 10% higher than similar products (3093) deoxygenation capacity, 10% long replenishment cycle, 10% low operating cost.
2、The depth of deoxygenation is as low as 1ppm, which can easily achieve the production of high purity gas.
3, low-temperature activity, use temperature down to 260 ℃, low energy consumption.
4. No overheating at high temperature, with no change in activity at 450°C.
5, 35% less ash than similar products, 50% longer replenishment cycle, reduce the number of ash clearing, reduce maintenance workload.
6、No hydrogen in the process of oxygen removal, safe and reliable.
Appearance size: black cylindrical,φ3.0mm±0.2mm,L=3-10mm; | |
Specific gravity: 530±30kg/m3; | Air speed: ≤2000h-1.; |
Operating pressure: ≤4.0MPa; | Operating temperature: 260-350℃; |
Deoxygenation volume: ≥1.6m3/kg; | depth of deoxygenation: ≤1ppm; |
Product packaging: 25kg/bag | Product application principle: C+O2=CO2 |
Previous article
Next article