Stainless Steel In-Line Liquid Flow Cell LTC-06

Stainless Steel In-Line Liquid Flow Cell LTC-06

Supplier
Fiberock
Part Number
LTC-06
Category
Optical Cells
Origin
China

Stainless-steel inline flow cells monitor chemical and biological processes in flowing liquids in real time. Generally paired with UV/visible, infrared, or Raman spectrometers, they enable real-time liquid-sample analysis and are especially suitable for continuous industrial process monitoring and quality control. Inline liquid flow cells support harsh industrial environments. The standard version is 3/8 inch in diameter; adapters accommodate other pipe diameters. Stainless steel and other durable materials are available, and the optical path is adjustable from 1mm to 20mm. Liquid inlet and outlet interfaces form a liquid passage. Fiber inlet and outlet interfaces are installed between them, forming a fiber passage perpendicular to the liquid passage. Optical-path inlet and outlet adjustment screws are installed at the respective fiber interfaces, each with a passage for mounting a fiber. For high-flow online detection, the cell has an enlarged liquid-flow cross-section. The adjustment screws change and effectively set the spacing of the fiber passage. Industrial online liquid-monitoring systems integrate flow cells, sensors, and other technologies for tasks such as oil monitoring and water-quality analysis. They generally use digital control for high-precision monitoring and powerful data processing. Overall, stainless-steel inline liquid flow cells are highly adaptable, corrosion-resistant, and suitable for high temperatures. Often working with digital monitoring systems, they play key roles across industries. Their design readily accommodates transmission fiber probes for precise real-time industrial-process monitoring.

Specification Snapshot
Wavelength Range
190-1100 nm
Dimensions
Custom
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Overview

Stainless-steel inline flow cells monitor chemical and biological processes in flowing liquids in real time. Generally paired with UV/visible, infrared, or Raman spectrometers, they enable real-time liquid-sample analysis and are especially suitable for continuous industrial process monitoring and quality control. Inline liquid flow cells support harsh industrial environments. The standard version is 3/8 inch in diameter; adapters accommodate other pipe diameters. Stainless steel and other durable materials are available, and the optical path is adjustable from 1mm to 20mm. Liquid inlet and outlet interfaces form a liquid passage. Fiber inlet and outlet interfaces are installed between them, forming a fiber passage perpendicular to the liquid passage. Optical-path inlet and outlet adjustment screws are installed at the respective fiber interfaces, each with a passage for mounting a fiber. For high-flow online detection, the cell has an enlarged liquid-flow cross-section. The adjustment screws change and effectively set the spacing of the fiber passage. Industrial online liquid-monitoring systems integrate flow cells, sensors, and other technologies for tasks such as oil monitoring and water-quality analysis. They generally use digital control for high-precision monitoring and powerful data processing. Overall, stainless-steel inline liquid flow cells are highly adaptable, corrosion-resistant, and suitable for high temperatures. Often working with digital monitoring systems, they play key roles across industries. Their design readily accommodates transmission fiber probes for precise real-time industrial-process monitoring.

Specifications

ParameterValue
Optical Path Length2/10/20/Custom
Optical fiber materialHigh-temperature-resistant UV-resistant silica fiber
Fiber connectorSMA905
Optical fiber specificationCustom
PressureAtmospheric Pressure
Wavelength Range190-1100 nm
Temperature Resistance>120C
Withstand rating>1MPa
Flow Cell MaterialStainless Steel
DimensionsCustom
Pipe DiameterCustom
Flange SpecificationsCustom
Fiber TypeStep-index type
Fiber LengthCustom
Coating materialPolyimide
Numerical Aperture0.22
Protective Window MaterialSapphire/Quartz
Lens materialSapphire/Quartz
RoHS reportCompliant with standards
REACH reportCompliant with standards

Applications

These flow cells are widely used in industrial processes including steelmaking, metallurgy, petrochemicals and power generation. Real-time monitoring of liquid changes supports process stability and safety. In online measurement systems, liquid flow cells work with sensors such as vibration, pressure and flow sensors to provide more suitable equipment-condition data.

Key Features

Corrosion-resistant material: stainless steel's excellent chemical stability and corrosion resistance allow online liquid flow cells to operate in various chemical environments, including those corrosive to other materials. High temperature and pressure: stainless steel flow cells withstand harsh industrial conditions. Optical windows: one or more windows, generally quartz or other highly transmitting materials, enable spectroscopy. Standardized connections: threads, quick connectors, or flanges allow rapid, easy integration into existing piping. Volume and path length: a sufficiently small internal volume prevents sample retention, while different optical path lengths accommodate samples across different concentration ranges.

Datasheet

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Supplier Information

Fi
Fiberock
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Qinhuangdao Guangyan Technology Co., Ltd. (FIBEROCK), located in the Economic and Technological Development Zone, Qinhuangdao, Hebei Province, is a high-tech enterprise focusing on optical fibers, crystal materials, and optical components. The company integrates R&D, production, sales and service, specializing in specialty optical fibers and devices. Its products are widely used in medical treatment, fiber sensing, environmental monitoring equipment, biochemical analytical instruments, laser processing and other fields. The company has advanced specialty fiber drawing production lines and medical-grade clean workshops, and has passed ISO9001 quality system certification.

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Stainless Steel In-Line Liquid Flow Cell LTC-06
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