Degassation membrane

SCI-NANO has developed a degassing membrane product using PTFE hollow fiber membrane filaments as the core, which can effectively increase the water output per unit area and gas removal efficiency.

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Products News

Ink degassing membrane contactor


SCI-NANO's MDG-M6 degassing membrane contactor can effectively remove microbubbles in digital inkjet printers, improve the operating efficiency of the production line, ensure that the printer can accurately eject ink when inkjet, improve printing quality, and save money. Maintenance costs are reduced, printing efficiency is improved, and ultra-clean membrane components will not cause secondary pollution.

PTFE anti-static membrane contactor


The MBC membrane contactor assembly uses the PTFE hollow fiber independently developed by Sci-Nano as the dissolved gas medium to provide CO2 gas to ultrapure water, which can effectively control the resistance value of ultrapure water. Provide efficient solutions for the semiconductor and microelectronics fields.

Chemical solvent degassing membrane contactor


The SDG-03 chemical solvent degassing membrane contactor has excellent chemical stability, compatibility, and resistance to various organic solvents. It also offers high flow rate and precision, is ultra-clean, and will not dissolve substances. This makes it suitable for degassing various solvents. It helps reduce the frequency of replacement of degassing components and shortens equipment downtime, which ultimately reduces waste and greatly improves the quality of customer products.

Ultrapure water degassing membrane contactor


PTFE-MDG-2010 degassing membrane is a new generation product using Sci-Nano PTFE membrane filament degassing technology. The excellent degassing performance of the PTFE-MDG-2010 degassing membrane contactor can reduce the gas concentration to the ppb level, achieving high dissolved oxygen removal rate and low pressure loss at the same time. Prevent bubbles in the liquid from affecting the operation of the equipment. The unique internal structure design adopts high fiber filling density, which can produce a large effective membrane area and the flow rate can reach up to 2000mL/min. Therefore, PTFE-MDG-2010 degassing membranes can be used at relatively high flow rates and still achieve excellent removal of dissolved gas content.

Winning: "Outstanding Enterprise Contributing Enterprise Award of the Year"


In 2021, the "Annual Outstanding Contribution Enterprise Award" was awarded by the Red Brick Production Incubation Base in 2021