Filter for Clean Gas The Gas Purification System has the following features:

• Cartridges are simple to replace
• High capacity 
• The system is raised and put out of the way using a high capacity wall bracket.

For your GC gases, this system will offer in-line contamination removal. This system offers handy visual indicators on changeable cartridges. To lessen pollutants that harm columns, the Athena Gas system uses three cartridges connected in series. Remaining hydrocarbons and water from the carrier gas stream will be eliminated by the first cartridge in the system. The third cartridge features an inorganic indicator that goes from light green to grey to provide notice when the high-capacity oxygen trap is empty. The second cartridge delivers high-capacity oxygen removal (capacity is at least 1000 cc of pure oxygen). After assembly, every system is inspected for helium leaks. 33 cm wide by 33 cm high by 8 cm deep; weight: around 4 kg.

ICP, TOC, and Chromatography Gas Clean Filters:
Clean Gas Delivery for Accurate Analyses improved gas quality to increase output By supplying clean gases, the Athena Gas Clean Filter System lowers the chance of instrument downtime, sensitivity loss, and column damage. Gas contaminants have a significant impact on your analysis. The GC's sensitivity and accuracy can be compromised by oxygen, hydrocarbons, and moisture, which can also harm your column. Impurities cause strong background signals, ghost peaks, and time-consuming troubleshooting by activating glass wool in liners and speeding up septa degradation. The presence of oxygen in the ICP-OES or ICP-MS feed gas can result in plasma shut-down and loss of sensitivity. For TOC analyzers, carbon dioxide in the feed gas raises baselines and reduces sensitivity and accuracy.

Other Details:

• Contaminants can be picked up by supply gases from any point along the gas line. Therefore, even if your supply gas is of the finest quality, you still need a gas clean filter system since it is not cost-effective to purchase pricey, high-purity gases if their quality is degraded by contaminants in the gas line.
• Faster stabilisation times are provided by the GC/MS filter, which lowers gas usage.
• Faster stabilisation times are delivered by the moisture filter, increasing GC productivity.
• A connecting unit and process moisture filter made for use with acetylene in GC processes
• Eliminating CO2 from the feed gas with a carbon dioxide filter will reduce sensitivity loss and increase TOC accuracy.
• For applications requiring a high flow connection unit, up to 20 L/min

We provide Gas Purification System in accordance with the particular needs of our cherished clients. This product line is finished in state-of-the-art facilities using premium raw materials that meet international quality requirements. The complete line is rigorously tested on several aspects in order to achieve the highest quality standards found anywhere in the globe. Additionally, this selection is reasonably priced for our valued clients.

Features:

• increased working life
• extreme performance
• free of maintenance

Filter For Gas Purification In LC-MS:

• Single-stage Gas Purification & Control Filter for Nitrogen Gas
• Single-stage Gas Purification & Control Filter for Helium Gas
• For each gas, an inline micron filter to remove dust
• 1/4 "Stainless steel tubing with coloured sleeves fuel line
• Casing cap in PVC for 1/4 "tubing
• Two-stage cylinder regulator for nitrogen and helium gas with a totally brass chromplated body and stainless steel diaphragm
• Two stage cylinder regulator for nitrogen and helium gas, completely stainless steel body.
• High Pressure Gas Manifold System (Manual) for Two Cylinders
• For each cylinder, SS Braided Pigtel Nuts, ferrules, unions, couplings, clamps, hardware, and other common fittings.
• Filter For Gas Purification In GCMS
• Single-stage Gas Purification & Control Filter for Helium Gas
• For each gas, inline micron filters to remove dust
• 1/8" stainless steel tubing with coloured sleeves
• PVC casing cover for tubing above
• Two-stage cylinder regulator with a brass body that has been chrome-plated and an SS dial
• Fully stainless steel body and diaphragm two stage cylinder regulator for He Gas

We provide a wide selection of Gas Purification Panels, all of which are of the highest quality, as part of our vast product line (Gas Purification System). By using this panel, you can purge gas streams of oxygen, moisture, hydrocarbons, oil, and other foreign substances. To achieve peak resolution and peak tailing in the analysis, the panel filters out noise and rejected gas signals. This panel is made by our skilled staff using high-quality, time-tested materials and contemporary methods in accordance with the established requirements for the industry.

Features:

• increases the consistency of the analysis
• Cut back on baseline noise, drift issues, etc.
• Preferably extend the life of polar and capillary columns

Details:

• The Gas Purification and Controller system's purpose is to purify gas streams of oxygen, moisture, hydrocarbons, oil, and other foreign substances. To achieve peak resolution and peak tailing in the analysis, the system removes noise and unaccepted signals from gases.
• Beyond all reasonable question, the need for a purification panel in gas chromatography has been identified for both the column and the detector. The gases utilised in the GC must be pure and free from oxygen hydrocarbon and moisture as they are damaging to GC and are the root of a lot of issues in Gas Chromatographic analysis. The hydrocarbons in the environment could produce baseline noise and unreliable results. Moisture and oxygen can decrease reaction times, cause excessive bleeding, and/or strip phase.
• With the help of the Gas Purification and Controller system, oxygen, moisture, hydrocarbons, oil, and other foreign substances can be taken out of gas streams. To achieve peak resolution and peak tailing in the analysis, the system removed noise and unwanted gas signals. The carrier gas travels through filters that remove oxygen, moisture, and hydrocarbons, while hydrogen also flows through a filter that removes moisture. The input and output pressures of a constant pressure regulator that controls all gas streams are shown on a gauge. The device is installed on a wall.

Specifications:

• Compact design, wall mounted, powder coated
• Deliver Ultra high pure (UHP) grade gases
• Filters are easily detachable
• Suitable for 10 kg/cm2 inlet pressure & 7 kg/cm2 Outlet pressure Deliver Ultra high pure (UHP) grade gases
• 1/4" or 1/8" fittings & tubing’s for each line
• Custom made Gas filter station can be made as per order 1/4" or 1/8" fittings
• Gas Purification Panel is used in Gas Chromatograph for FID, TCD, ECD, ICP, MS, and AAS

Benefits:

• increases the consistency of the analysis
• Cut back on baseline noise, drift issues, etc.
• Preferably extend the life of polar and capillary columns
• more effectively than UHP grade gases
• extending detector life and decreasing the flame issue
• Using toggle valves and a gas distribution panel, save on expensive gases.

Salient Features:

• Bring in Ultra High Pure (UHP) Grade Gases
• Powder Coated, Wall Mounted, Compact Design
• Filters may be removed quickly.
• suitable for pressures of 10 kg/cm2 at the intake and 7 kg/cm2 at the exit
• There is also a panel for LC-MS-MS and other applications.

Benefits for GC:

• Eliminate drift issues, baseline noise, etc.
• increases column life, improves GC detectors, and lessens flame issues Boost the reproducibility
• Gas distribution panels & toggle valves let you conserve expensive gases.

Gas Distribution Panel:
When there are multiple Gas Chromatographs, a gas distribution panel is used. It aids in controlling the flow and pressure of various gases for various GCs. Three types of gas distribution panels are available. One has a pressure gauge, a pressure regulator, and an ON/OFF valve to indicate pressure (to isolate). a second with an ON/OFF valv

Gas Selector Box:
The usage of a gas selector box allows the choice between two gases of various sorts. There are two different types of gas selector boxes: one with a toggle valve, pressure gauge, and selector valve, and the other with just two toggle valve.

Description

The usage of a gas selector box allows the choice between two gases of various sorts. There are two different types of gas selector boxes: one with a toggle valve, pressure gauge, and selector valve, and the other with just two toggle valve. The typical system comprises of a panel with purification traps and gas controls for four gases: nitrogen, helium, hydrogen, and zero air. For some Gas Chromatographic applications, a frequent transition from Helium to Nitrogen is needed as the carrier gas. Consequently, a gas selector box is used to choose between two gases of various sorts. This uses a unique Gas Sampling Valve to address leakage issues, which are particularly problematic when utilising helium. There are two different types of gas selection boxes: one having a selector valve, a pressure gauge, and a toggle valve.Using only two toggle valves, another.

A full range of filters:

• a GC/MS filter with quicker stabilisation times for less gas usage and quicker setup. For MS applications, the single filter unit with a combination of filters filters off oxygen, moisture, and hydrocarbons from carrier gas.
• For greater productivity in GC, a moisture filter that also offers quicker stabilisation times is used. The removal of water stops
• The stationary phase, fused silica surface, glass wool, or septum are all damaged as a result of unnecessary hydrolization.
• an oxygen filter that stops the glass wool, septum, or liquid stationary phase in GC from oxidising.
• Male connectors, a process moisture filter, and process connecting components without any brass orcopper for secure acetylene and GC process use.
• a charcoal filter that eliminates organic molecules and guarantees proper operation of the GC's FID detectors.
• a fresh carbon dioxide filter that removes CO2 from the gas supply. It works well with moisture filters when used with zero-air gas generators.
• The GC/MS and Moisture Filters' absorbance components have been improved, and as a result, they settle more rapidly, resulting in less downtime and higher production.
• Additionally, to broaden the range of applications you can use, we've added a high flow connection unit that can handle flow rates of up to 20 L/min for collision gas applications, supply gas for ICP and ICP-MS, or any other application requiring high flows.
• You can save money by utilising less expensive gas and by getting rid of pollutants for processes that need flows greater than 10 L/min.
• Both the normal connection units and the high flow units are compatible with each Gas Clean Filter.
• Gas Clean Filters are beneficial for all GC applications, regardless of whether your GC is linked to a FID, MS, or another sort of detector such a flame photometric, thermal conductivity, electron capture, nitrogen-phosphorous, or thermionic.