Gas Purification And Control System For GC

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MOQ : 100 Pieces

Gas Purification And Control System For GC Specification

Power Supply
Not required (mechanical components only)

Mounting Type
Bench-top or wall-mounted

Purification Indication
Color change indicator for each filter

Filter Replacement
Easy plug-and-play cartridge replacement system

Type of Filters
Hydrocarbon, moisture, and oxygen removal filters

Maximum Inlet Pressure
10 kg/cm2

Number of Gas Lines
Three (Hydrogen, Nitrogen, and Zero Air)

Compatible Gases
Hydrogen, Nitrogen, Zero Air

Operating Temperature Range
5C to 40C

Maximum Flow Rate
2 LPM per line

Outlet Connections
1/8" Swagelok or compatible fittings

Outlet Pressure Range
0-7 kg/cm2 adjustable

Gas Purification And Control System For GC Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Gas Purification And Control System For GC

Experience top-tier gas purification with our Gas Purification and Control System for GC (Model No: FCS-GC-01). Designed for enlightened analytical performance, this system boasts hydrocarbon, moisture, and oxygen removal filters with a flawless color change indicator for each. Featuring a Special Rate clearance and Advance Purchase offers, it supports up to three gas lines (Hydrogen, Nitrogen, and Zero Air) with adjustable outlet pressures (0-7 kg/cm2). Plug-and-play cartridges, robust stainless steel and brass construction, and a no-power, automatic/manual regulator guarantee reliability and effortless operation in advanced research, industrial, or laboratory GC setups.

Direction Of Use, Usage & Applications for Gas Purification And Control System For GC

To use, install the system on a bench or wall, connect the compatible gas lines, and adjust the outlet pressure as required. Monitor color indicators for filter life and replace cartridges easily with the plug-and-play system. Ideal for analytical labs, research centers, and industrial GC setups, this device ensures flawless carrier and detector gas purity for high-precision chromatography. Commercial users benefit from minimized equipment downtime and maximized analytical accuracy in diverse gas chromatography applications.

Supply Ability, Market Reach & FOB for Gas Purification And Control System For GC

With substantial production capacity, we ensure prompt handover and streamlined order processing for each Gas Purification and Control System for GC. Our supply network covers the main domestic market while also catering to international clientele via a major FOB port in India. Businesses can optimize their expenditure on essential lab equipment with reliable supply timelines and consistent product quality. Our logistic support further enhances the seamless procurement process from order to delivery.

FAQ's of Gas Purification And Control System For GC:

Q: How does the filter replacement process work for the Gas Purification and Control System for GC?

A: Replacement is simple due to the plug-and-play cartridge mechanism. When the color change indicator signals filter exhaustion, simply unlock and replace the used cartridge without requiring special tools or system downtime.

Q: What gases are compatible with this system, and how many lines does it support?

A: This system is compatible with Hydrogen, Nitrogen, and Zero Air. It supports up to three gas lines, each with individual flow regulation and purification.

Q: When should the filters be replaced in this gas purification system?

A: Filters should be replaced as soon as the color change indicator signals exhaustion to ensure uninterrupted, flawless gas purification for your GC applications.

Q: Where can this gas purification system be installed?

A: The system offers versatile mounting options; it can be installed as a bench-top unit or affixed to a wall, suited to various laboratory and industrial layouts.

Q: What are the primary commercial and laboratory benefits of using this GC purification system?

A: The main benefits include top-tier gas purity, enhanced analytical accuracy, minimal maintenance expenditure, and optimized instrument longevity for both research and industrial applications.

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