PTFE-MDG-M5 Degassing Membrane Contactor

The MDG-M5 degassing membrane contactor adopts the latest degassing technology of Cooperate PTFE hollow fiber membrane filament and is a highly efficient degassing membrane product.

Product Introduction

The MDG-M5 degassing membrane contactor adopts the latest degassing technology of Cooperate PTFE hollow fiber membrane filament and is a highly efficient degassing membrane product. This product achieves efficient dissolved gas removal and ensures the lowest pressure drop, effectively avoiding the impact of bubbles in the liquid on equipment operation. MDG-M5 has a compact design and strong adaptability. The maximum flow rate can reach 400 ml per minute, making it suitable for various application scenarios.

Application Field
Ceramic printing
Digital textile printing
Wide format printing
Degassing of developer and semiconductor cleaning agent
Degassing of biochemical pure water
Product Features
1:
Online degassing, low pressure loss
2:
Compact appearance, small space
3:
High dissolved oxygen removal rate, PPb-level degassing can be performed
4:
Black shell can protect UV-sensitive inks
5:
Cooperate's unique PTFE hollow fiber technology
6:
Longer component life
Material Composition
Components Materia
Shell PVC
Membrane PTFE
Sealing ring EPMD 
Potting Epoxy resin 
Specification
Flow rate 100~400mL/min 
Membrane area 0.17m²
Interface NPT 1/4
Maximum operating temperature 50 ℃ /122 ℉
Maximum operating pressure 0.3MPa@50°C
Weight 275g
Maximum vacuum pressure -98KPa
Save method Dry storage
Degassing Membrane Contactor Gas Flux Test

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The test aims to evaluate the air permeability of the degassing membrane contactor. The temperature is 25℃, and the gas is compressed air. The test method is to apply a certain gas pressure to the outside of the membrane contactor, connect the vacuum port of the membrane contactor to the gas flow meter, and test the air permeability under different pressures. The individual deviation of the membrane contactor from the average level is within ±3%.

Product Feedback

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