Gas Process Flow Cell

Ideal for Online Gas Measurement

For measuring gases online by spectroscopy, a longer pathlength is usually necessary because of the low density of gaseous streams. A longer cell, while being very effective, is also more difficult to design. For example, transmission probes for gas measurements must be aligned over a greater distance and must permit easy servicing without upsetting the optical focus of the cell. Additionally, many gas streams are considered hazardous making it critical that the sealing mechanism is both reliable and durable. Our GUIDED WAVE™ Gas Process Flow Cell meets or beats most standards for use found in chemical plants, refineries, food, and food supplement processing facilities, semiconductor or electrical component fabrication shops, and pharmaceutical manufacturing plants.  Available in a variety of alloys and matched with several elastomeric O-ring types

Better Optical Efficiency For UV/VIS and NIR Measurements

Descriptively speaking, most true transmission Gas Cells may be viewed in symmetrical halves. Each half comprises both optical and mechanical parts integrally assembled to transmit and receive a focused beam of light that has traversed the sampled stream. The major issues with any kind of transmission flow cell involve establishing and maintaining the optical alignment of the two halves and ensuring that the pathlength is constant and reproducible. When these two issues are resolved well, the result is better optical efficiency. And better optical efficiency leads to significant long-term advantages – more accurate analysis, more robust calibrations, and greatest analyzer uptime.

Features

  • Clean out ports at each window.
  • Reproducible optical path length permits servicing in the field.
  • Rugged design translates to longer service life.
  • 25mm diameter optics minimize divergence losses and vignetting.
  • High optical throughput for low noise spectroscopy.

Wide Operating Range

Because of its versatility and ruggedness, our Gas Process Flow Cell is the leading option for online spectral analysis in phosgene, HCl, and hydrocarbon gas service. The sturdy design guarantees years of continuous use at high temperatures and pressures. An option to include 6mm thickness windows increases the maximum operating pressure to 1000 psig. While the standard 316L stainless steel material of construction inhibits corrosion due to the elements, a material upgrade to Hastalloy C-276 offers superior resistance to erosion that can be caused by harsh chemicals.

Sealed Optics for Safety

Perhaps the most crucial aspect of any online probe design is the sealing approach. Since most gas streams will be under pressure and the composition is often hazardous, leaks are most undesirable. Additionally, moisture infiltration from the external environment adversely affects performance too. We implemented a multiple O-ring seal that effectively addresses both issues. 

The sample interface is perhaps the most crucial component of any fiber optic-based analyzer system. The Gas Cell was designed to minimize the signal loss and level spectral noise due to vibration and stray light making it a smart choice to enhance the overall performance of any analyzer system. For optimal performance, the probe must be “optically matched” with the spectrometer and with the optical fiber that transmits the spectral data. The Gas Cell is matched to our analyzers and fiber to achieve the highest possible performance.

Compatible with Most Fiber Optic Based Analyzers



Better Optical Efficiency For UV-VIS and NIR Measurements

Process Insights_Guided Wave Gas Process Flow Cell

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Flow Cells & Probes

SST
GUIDED WAVE™ Gold Brazed Single-Sided Transmission Probe
Process Insights_Guided Wave_SST – Single-Sided Transmission Process Probe
SST LAB
GUIDED WAVE™ Gold Blaze Sealed QC Lab Transmission Probe

O-SST
GUIDED WAVE™ O-Ring Single Sided Transmission Probe
Process Insights_Guided Wave_O-SST O-Ring Single Sided Transmission Probe For Process Sampling
RTD-SST
GUIDED WAVE™ Temperature Resistant Detection Insertion Probe
G-SST Vapor Probe
GUIDED WAVE™ Probe for Precise Measurements of Hydrogen Peroxide & Water Vapor
Shuttle Process Probe
GUIDED WAVE™ Two Connected Transmission Probes
Turbidity Process Probe
GUIDED WAVE™ for Haze or Turbidity (NTU) Measurements with ClearView® db
MPFC Temperature Controlled Flow Cell
GUIDED WAVE™ Multi-Purpose Process Flow Cell for at-line FT-NIR
MPFC Multi-Purpose Process Flow Cell
GUIDED WAVE™ Flow Cell Used When Insertion Probe is Not Appropriate
Heated Multi-Purpose Flow Cell
GUIDED WAVE™ Flow Cell for Heating/Cooling Fluid to Maintain Temperature of Preconditioned Sample
Process Insights_Guided Wave_Heated Flow Cell
Axial Process Flow Cell
GUIDED WAVE™ Long Path Flow Cell for Process UV / VIS / NIR Photometry
Gas Flow Cell
GUIDED WAVE™ Flow Cell for Measuring Online Gases by Spectroscopy
HSFC High Safety Process Flow Cell
GUIDED WAVE™ Flow Cell for Extremely Hazardous Materials, Designed with Lead Prevention
Teflon Flow Cell
GUIDED WAVE™ Flow Cell for Corrosive or Intolerant Sample Streams
Teflon PFA/PEEK Flow Cell
GUIDED WAVE™ Flow Cell for Sample Streams Incompatible w/ Metal Compounds (HF Semiconductor Baths)
Teflon Axial Flow Cell
GUIDED WAVE™ Flow Cell for Sample Streams in Highly Corrosive Processes | Trace Metal Contamination Sensitivity
Turbidity Flow Cell
GUIDED WAVE™ Flow Cell for At-Line Measurements Where a Direct Insertion Probe is Not Practical
Cuvette Holders
GUIDED WAVE™ Used in Rugged Lab Sample Interface
PROBE EXTRACTOR MECHANISM
GUIDED WAVE™ for Controlled Extraction/Insertion of In-Line Probe
THERMALLY STABLE NIR FIBER OPTIC CABLE
For Signal Stability & Low Noise in Remote Spectroscopy
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