Location
Fujian, China
Product Details
Getter
1. Independently developed Cost-effective
2. Good adsorption performance ；Water vapor has nowhere to hide；Can treat nitrogen, oxygen, water vapor,Reactive gases such as hydrogen, carbon oxide and carbon dioxide；Produce strong chemical adsorption；Let the water vapor have nowhere to hide
3. New room temperature getter；No high temperature activation required, ready to use
4. Maintain the vacuum inside the VIP panel；Extend the life of vacuum insulation panels；
A high-efficiency getter was applied to the VIP panel（hybrid film+fiberglass core material), and a comparative tracking test of thermal conductivity was conducted with the VIP panel without getter. The VIP was stored under natural ambient temperature and humidity.
Test conditions: T=25℃, relative humidity RHS50% normal temperature tracking, high temperature aging at 100℃, 80℃65%RH~-30℃ high and low temperature alternating aging test.
Description
New room temperature getter
No high temperature activation required ready to use
Can treat nitrogen, oxygen, water vapor Reactive gases such as hydrogen carbon oxide and carbon dioxide Produce strong chemical adsorption
Let the water vapor have nowhere to hide
Maintain and increase vacuum within the panel
Extend the life of vacuum insulation panels
Adsorption performance of getter constant volume method (test conditions: T=25℃, RH<50%) A high-efficiency getter was applied to the VIp panel (hybridfilm+fiberglass core material), and a comparative tracking test of thermal conductivity was conducted with the VIP panel without getter. The VIP was stored under natural ambient temperature and humidity.
Product parameters and performance
| Classification | Size/Weight | Main Chemical Components |
| N-getter | ф20*7mm/8.5±1g | CaO,MgO,AL2O3:,Ba,Li,Sr,Mg,Fe,CuO,MnO2,CO3O4 |
| N-getter-lll | Length75*Width25*Thickness3.8mm/7.5±1g |
| Test item | H2O | O2+N2 | CO+CO2 | H2 |
| Adsorption capacity | >1000mbar·L | >15mbar·L | >25mbar·L | >150mbar·L |
Adsorption performance of getter constant volume method (test conditions: T=25℃, RH<50%) A high-efficiency getter was applied to the VIp panel (hybridfilm+fiberglass core material), and a comparative tracking test of thermal conductivity was conducted with the VIP panel without getter. The VIP was stored under natural ambient temperature and humidity.
