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CH-100043


GC Column PLT MoleSieve 5A, 30 m x 0.53 mm ID, 25 µm Film

Regular price $1,724.00 USD
Regular price Sale price $1,724.00 USD
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The analysis of permanent gases is an important application in the petrochemical industry. Quadrex offers the PLT-5A molecular sieve PLOT capillary column as a replacement for the traditional packed molecular sieve column. A capillary PLOT column offers the advantage of a faster turn-around time between analyses as well as the added benefit of faster regeneration of the adsorbent layer.O2, N2, CO, and CH4 are typically separated in six minutes. In addition, the important O2/Ar separation can be achieved using this column at sub-ambient temperatures.We use a proprietary process which insures column-to-column reproducibility and a unique binding agent which eliminates adsorbent layer degradation which can cause contamination of valves and detectors.

  • Reliable permanent gas analysis
  • Rugged layer of molecular sieve
  • Excellent thermal stability to regenerate adsorbent layer
  • Similar column types: GS-Molesieve, Rt-MSieve 5A, AT-Mole Sieve

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Specifications

Type: Plot
Specification: Molecular Sieve 5A
Film Thickness: 25 μm
Length: 30 m
Brand: Quadrex
Inner Diameter: 0.53 mm
Mfg. No.: PLT-5A-30V

General Area of Use

Permanent gases

PLT-5A, MOLECULAR SIEVE 5Å

The analysis of permanent gases is an important application in the petrochemical industry. Quadrex offers the PLT-5A molecular sieve PLOT capillary column as a replacement for the traditional packed molecular sieve column. A capillary PLOT column offers the advantage of a faster turn-around time between analyses as well as the added benefit of faster regeneration of the adsorbent layer.

O2, N2, CO, and CH4 are typically separated in six minutes. In addition, the important O2/Ar separation can be achieved using this column at sub-ambient temperatures.

We use a proprietary process which ensures column-to-column reproducibility and a unique binding agent which eliminates adsorbent layer degradation which can cause contamination of valves and detectors.


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