The analytical chemistry field continues to demand higher precision. High-purity fluid analysis using advanced equipment requires the removal of dissolved gas with high-performance degassing modules such as the high-performance, compact degassing modules that Junkosha develops.
Features
- Made from fluoropolymers with oxygen permeation coefficients 80x that of PTFE, these non-porous degassing modules have outstanding chemical resistance
- Compact degassing modules formed with a high-density and precise honeycomb structure of microtubes
- Compact designs allow easy insertion into pipelines, enabling placement near use points
- Superior chemical resistance
- All wetted parts are made with low metal dissolution fluoropolymer and fluoroelastomer to prevent fluid contamination
- A non-porous membrane to prevent clogging
- Compact degassing modules formed with a high-density and precise honeycomb structure of microtubes
- Compact designs allow easy insertion into pipelines, enabling placement near use points
- Superior chemical resistance
- All wetted parts are made with low metal dissolution fluoropolymer and fluoroelastomer to prevent fluid contamination
- A non-porous membrane to prevent clogging
Use
- Degassing in a sample
- Degassing of chemicals for semiconductor manufacturing
- Degassing of ink and paint
- Degassing of chemicals for semiconductor manufacturing
- Degassing of ink and paint
| MBS-S-0020-AFF | MBS-S-0050-AFF | MBS-C-1000 | |
| Tube Material | Fluoropolymer | Fluoropolymer | Fluoropolymer |
| Flow Rate When Removing 80% Dissolved Oxygen | 2.0 ml/min | 5.0 ml/min | 100 ml/min |
| Membrane Capacity | 0.65 ml | 1.60 ml | 13.0 ml |
| Maximum Operating Pressure (Room Temperature) | 0.3 MPa | 0.3 MPa | 0.3 MPa |
| Operating Temperature Limit | 0~40℃ | 0~40℃ | 0~40℃ |
| External Dimensions (mm) | 19(W)X21.5(H)136(L) | 22(W)X24.5(H)136(L) | φ63X99(H) |
| Mass | 60ｇ | 80g | 190g |
Dissolved Oxygen Degassing Performance
- Degassing Performance of Dissolved Oxygen
- This data is the measured value of the dissolved oxygen amount when the dissolved oxygen saturated water (8.11 mg/L) at 25℃ is flowed and the pressure inside the chamber is reduced to -0.096 MPa.
- Degassing Performance of Dissolved Oxygen
- This data is the measured value of the dissolved oxygen amount when the dissolved oxygen saturated water (8.11 mg/L) at 25℃ is flowed and the pressure inside the chamber is reduced to -0.096 MPa.
System Flow Example
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