LOW FLOW |
Main Body Material: MS Body |
Parts of the Product: |
· Moisture Trap |
· Hydrocarbon Trap |
· Oxytrap |
· Pressure Gauges |
· Toggle Valve |
· Pressure Regulator |
· Internal SS tubing of 1/8″ |
Application: The Low Flow Gas Purification System is designed for applications that require a low gas flow. It is ideal for purifying gases such as Nitrogen, Hydrogen, Air, Helium, Oxygen, and Argon by removing moisture, hydrocarbons, and oxygen. |
Uses: The purified gases are used in various chromatography instruments like GC, GC-MS, HPLC with ELSD Detector, ICP, AAS, LCMS, DSC, TGA, TOC, FTIR, NRM in Quality Control and Research and Development Laboratories. |
Features: |
· MS body for durability |
· Internal SS tubing of 1/8″ for low gas flow applications |
· Moisture, hydrocarbon, and oxygen traps for efficient purification |
· Pressure gauges, toggle valve, and pressure regulator for precise control of gas flow and pressure |
Benefits: |
· Provides high-purity gases for accurate and reliable results in various chromatography applications |
· Increases the lifespan of chromatography columns by preventing contamination from impurities in the gas |
· Easy to install and operate with user-friendly toggle valve and pressure regulator |
· Durable MS body construction ensures a long-lasting and reliable gas purification system. |
HIGH FLOW: |
Main Body Material: MS Body |
Internal Tubing Material: 1/4″ Stainless Steel |
Parts Included: |
1. Moisture Trap |
2. Hydrocarbon Trap |
3. Oxytrap |
4. Pressure Gauges |
5. Toggle Valve |
6. Pressure Regulator |
Application: The High Flow Gas Purification System is designed for applications that require high gas flow rates, where the complete internal tubing of the system is made of 1/4″ stainless steel. The system is used to purify gases such as Nitrogen, Hydrogen, Air, Helium, Oxygen, and Argon by removing moisture, hydrocarbon, and oxygen. |
Uses: The High Flow Gas Purification System is commonly used in Chromatography instruments such as GC, GC-MS, HPLC with ELSD Detector, ICP, AAS, LCMS, DSC, TGA, TOC, FTIR, NRM, in Quality Control and Research and Development Laboratory settings. The system is particularly useful in ensuring the purity of gases that are used in analytical processes, as contaminants can negatively affect the results obtained. |
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