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Deaeration device Product List and Ranking from 7 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Deaeration device Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. IDEX Health&Science Saitama//others
  2. バイオニック Shizuoka//Machine elements and parts
  3. マツボー Tokyo//Trading company/Wholesale
  4. 4 ブロンコスト・ジャパン Tokyo//Industrial Electrical Equipment
  5. 5 ユニフローズ Tokyo//Medical Devices
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Deaeration device Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Degassing Device "DEGASi HFIP" バイオニック
  2. Deaeration device Vacuum press マツボー
  3. Deaeration device Degasser (for high pressure) "TDG-10-3-I" ブロンコスト・ジャパン
  4. 4 8900 series degassing device ＡＱＵＡＴＨ
  5. 4 Technical Report: Water Temperature, Amount of Dissolved Air in Water, Oxygen Concentration IDEX Health&Science

Deaeration device Product List

1～15 item / All 17 items

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Technical Report: Comparison of Bacterial Growth in Degassed Water and Non-Degassed Water

Technical Report: Comparison of Bacterial Growth in Degassed Water and Non-Degassed Water

The purpose is to investigate the tendency of bacterial growth in water subjected to degassing using a degasser and to examine whether degassing that does not lead to anaerobic conditions affects the growth of fungi.

【Results】 Degassed water: The number of bacteria temporarily increased but then decreased to a level that could not be measured. There is a possibility that they have died. Non-degassed water: The number of bacteria initially increased, then decreased, and subsequently continued to increase again. After 20 days, it reached a level that could not be measured.

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Technical Report: Prevention of Decomposition of Vitamin C Aqueous Solution by Degassing

Technical Report: Prevention of Decomposition of Vitamin C Aqueous Solution by Degassing

This is the result of investigating the decrease in vitamin C content due to the participation and alteration of vitamin C aqueous solution over time using HPLC.

Pharmaceuticals and food ingredients contain substances that can easily oxidize or deteriorate due to oxygen. When analyzing the quantities of these components using various instruments such as HPLC (High-Performance Liquid Chromatography), it poses a significant obstacle to recognizing their original values. Furthermore, in the case of pharmaceuticals and food, it is not only the decrease in potency (reduction of active ingredients) that is a concern, but there are also cases where oxidation products and deteriorated substances may have adverse effects.

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Technical Report: The Effect of Degassing in Fluorescent Detection

Technical Report: The Effect of Degassing in Fluorescent Detection

The chromatogram shows the separation and detection of anthracene and pyrene by HPLC (high-performance liquid chromatography).

The only difference in the mobile phase used is whether it has been degassed using a degasser (R) or not; all other conditions, including sample concentration and sample volume, are exactly the same. However, even with just the difference in degassing conditions, the peak size of pyrene shows completely different results.

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Technical Report: Reduction of Dissolved Oxygen Levels through Circulation Degassing in Open Water Tanks

Technical Report: Reduction of Dissolved Oxygen Levels through Circulation Degassing in Open Water Tanks

A report on the results of field tests regarding de-aeration in the water supply tank for de-aeration of water in an open state water tank.

The relationship between the suction vacuum degree (absolute pressure) of the vacuum pump and the amount of dissolved oxygen (DO mg/L: ppm) over time has been summarized in a graph.

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Deaeration device Degasser (for high pressure) "TDG-10-3-I"

Deaeration device Degasser (for high pressure) "TDG-10-3-I"

A degassing device that enables "zero vacuum" hysteresis, suitable for use with pressurized solutions.

In the degassing device Degasser (for high pressure) "TDG-10-3-I", the dissolved gases in the flowing liquid are directed to the vacuum pump and released from the membrane. The special port of the vacuum pump continuously "breathes," keeping the pump head clean and removing any solvents that may enter from the chamber to the pump. By performing this "breathing," electromagnetic valves within the system become unnecessary. This patented design enables zero vacuum "hysteresis." 【Features】 ○ Unprecedentedly efficient degassing ○ Low internal volume ○ Easy installation ○ Quick pull-down time ○ Single-tube design for continuous degassing For more details, please contact us or download the catalog.

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8900 series degassing device

8900 series degassing device

We have successfully achieved long-life operation of the device. The high durability of the degassing device is essential for avoiding issues with the liquid delivery pump and for flow rate reproducibility and stability.

We have developed a high-performance degassing device that supplies a solvent, free of stable dissolved oxygen and without significant vacuum fluctuations, to a delivery pump. The combination of a pulse motor and our proprietary control software, along with a self-cleaning mechanism for atmospheric introduction during device operation, has achieved a long lifespan for the vacuum pump. The permeable membrane of the degassing module uses high-performance Teflon AF (amorphous fluoropolymer), which has excellent air permeability. Therefore, even with a low volume (480 microL), our vacuum pump's performance allows for a wide range of applications from micro-delivery to semi-preparative processes. In terms of OEM support, during maintenance, the status and inspection of each point can be confirmed via an LCD display, and experiments will not be interrupted even during analysis. Additionally, depending on the OEM specifications and special solvent delivery specifications, the vacuum level can be controlled to your desired setting.

  • Deaeration device
  • Analytical Equipment and Devices
  • Semiconductor inspection/test equipment

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Degassing Device "DEGASi CLASSIC"

Degassing Device "DEGASi CLASSIC"

Equipped with excellent error leak check functionality! First choice all-around degassing device.

"DEGASi CLASSIC" is the first choice for analytical devices and chromatography that can be used in many applications. By using "Systec AF," which boasts high permeability in a 480µl chamber, efficient degassing is possible. The time liquid spends in the chamber affects the degassing effect; the faster the flow rate, the lower the degassing effect. Additionally, the 480µl chamber can achieve sufficient degassing at 5ml/min. 【Features】 ■ Ultra-efficient degassing ■ Usable in diverse systems ■ Long lifespan (over 5 years with 24/7 operation for 7 days) ■ Easy installation ■ Very quiet *For more details, please refer to the PDF materials or feel free to contact us.

  • others
  • Deaeration device

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Degassing Device "DEGASi HFIP"

Degassing Device "DEGASi HFIP"

Adopts Systec AF degassing tube! Compatible with organic solvents excluding fluorinated hydrocarbons and hydrogen fluoride.

"DEGASi HFIP" is a degassing device suitable for the degassing of powerful and volatile solvents such as hexafluoroisopropanol and silanes. Two flow rates are available: 3ml/min and 6ml/min. Additionally, the internal vacuum level is maintained at 5mV/mmHg, allowing for continuous monitoring of the vacuum level. All components used inside the product are compatible with 100% organic solvents. 【Features】 ■ Uses Systec AF degassing tubes ■ Continuous monitoring of vacuum levels ■ All components used internally are compatible with 100% organic media *For more details, please refer to the PDF document or feel free to contact us.

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Turbo Deaeration Device DeO Turbo

Turbo Deaeration Device DeO Turbo

Significantly upgrade your current ultrasonic cleaner without any modifications!

For those who are not satisfied with their current ultrasonic cleaner. By simply connecting this device to your existing cleaner, it will dramatically enhance the cleaning power and elevate your current ultrasonic cleaner by two ranks. The DeO Turbo is a device that generates negative pressure in a vacuum tank using a super vortex turbine pump with the strongest suction performance, allowing for the degassing of the cleaning solution (removing air dissolved in the liquid). There is no need for a significant investment in an expensive vacuum cleaner. The degassing effect greatly improves the cleaning capability of your existing ultrasonic cleaner.

  • ニクニ洗浄力.jpg
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  • ニクニ標準仕様.jpg
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  • ニクニフローシート.jpg
  • Other cleaning machines

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Deaeration device Vacuum press

Deaeration device Vacuum press

Savings on packaging materials, reduction in storage and transportation costs!

The finely powdered material has a small apparent density, poor flowability, and various handling issues such as dust generation. The effect of increased apparent density by the vacuum press is due to both vacuum and mechanical pressure. The raw material is covered on the surface of the filter drum, which is being evacuated from the inside. As the drum rotates, layers are continuously formed, leading to an increase in primary bulk density. Furthermore, the degassed powder layer is subjected to pressure by the pressurized drum, resulting in a soft, agglomerated layer of high bulk density, which is then scraped off by a scraper and removed from the device.

  • Other processing machines
  • Deaeration device
  • Other physicochemical equipment

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Technical Report: Water Temperature, Amount of Dissolved Air in Water, Oxygen Concentration

Technical Report: Water Temperature, Amount of Dissolved Air in Water, Oxygen Concentration

The figure shows the relationship between the amount of air concentration that dissolves in water and the corresponding amount of oxygen concentration with respect to water temperature.

Typically, the oxygen concentration is expressed as the dissolved oxygen concentration (DO value), represented by the weight of oxygen (mg) dissolved in 1 liter of water (mg O2/L = ppm). The figure shows the concentration of dissolved oxygen as a line graph and the volume of dissolved air as a bar graph (converted for water temperature and at 0°C). The actual air volume (bubble volume) is larger because water vapor corresponding to the vapor pressure exists within the bubbles.

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Technical Report: Atmospheric Reabsorption and Online Degassing

Technical Report: Atmospheric Reabsorption and Online Degassing

We compared the durability of the degassing effect when degassing online and when degassing the water in the bottle using other methods.

The degasser maintains a consistently low level of degassing for the water supplied to the flow path while allowing liquid to pass through. On the other hand, if the water in the bottle is degassed all at once, it will rapidly reabsorb atmospheric (oxygen) over time, and the degassing effect will quickly diminish.

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Technical Report: Structure and Principle of Membrane-Type Online Degassing Device

Technical Report: Structure and Principle of Membrane-Type Online Degassing Device

Structure of the degassing device

There are many variations of degassers, but they basically consist of a vacuum chamber that houses hollow fiber membranes for gas/liquid separation, a vacuum pump, and a vacuum control unit to maintain the stability of the vacuum level in the chamber.

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Deaeration Device DG-1000 to 5000 Series

Deaeration Device DG-1000 to 5000 Series

Continuously degas the dissolved gas in the solvent.

By flowing the reagent through the degassing tube stored in the vacuum chamber and controlling the vacuum level within the chamber, dissolved gases in the reagent are selectively permeated through the walls of the degassing tube and removed.

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Deaeration device "DG-1000 to 5000 series"

Deaeration device "DG-1000 to 5000 series"

A device for continuous degassing of dissolved gases in a solvent!

This product is a device that continuously degasses dissolved gases in the solvent from micro LC to fractionation. It removes gases from solvents and reagents, improving analytical accuracy. It is also essential for stable liquid delivery from pumps, as well as for stabilizing and enhancing the sensitivity of detectors. Furthermore, we offer a wide range of products to suit various applications. Please feel free to contact us. 【Features】 ■ Continuous degassing of dissolved gases in the solvent from micro LC to fractionation ■ Removal of gases from solvents and reagents ■ Improved analytical accuracy *For more details, please contact us or download the catalog.

  • Other Physics and Chemistry Equipment
  • Liquid Chromatograph
  • Vacuum degassing machine

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