(6) ICL's new RoHS compliant Model SL-15 sealed liquid cell (patent pending) features a unique sealing system employing fluoropolymer seals which enable us to produce precisely calibrated cells that completely eliminate mercury and lead amalgam seals from the fabrication process. These cells are fully compliant with RoHS Directive 2002/95/EC. The ROHS Compliant SL-15 can be employed in any general lab application, but the seal system is so robust that it is also suitable for high internal pressure environments such as flow cells used for viscous samples like oil. Where there are internal cell pressures as high as 40 psi, cells with suitable windows ...
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The SL-2 was designed for precise analysis of liquids. The cell performs identically to ICL’s SL-3 and SL-4, but requires 32mm x 3mm windows instead of the usual rectangular or hexagonal shaped windows.
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The Model SL-3 Stainless steel sealed liquid spectrophotometer cell ensures accurate visual alignment of the cell components. These cells never have partially blocked filling ports and they never leak.
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ICL offers a heavy duty, corrosion resistant sealed liquid spectrophotometer cell designed to withstand rough handling and continuous sampling in laboratories. The large 25mm circular aperture is suitable for use with both dispersive and FTIR instruments.
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Our SL-4 cell is now available in both demountable and sealed cell configurations that are purgeable while the cell is in the instrument, by using a Constant Purge™ bellows attachment.
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The Variable Pathlength Liquid Spectrophotometer Cell can eliminate the need for a large collection of different fixed pathlength cells at an economical price.
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The heated variable path length cell can be heated to 200ºC and comes complete with a programmable ramp and soak temperature controller with RS-232 serial cable computer interface (0017-5548). The cell back plate is water cooled and the body is insulated as is the vernier scale adjustment on the front of the cell to enable in-situ variation of pathlength while the cell is hot and fixtured in the sample compartment of an FTIR instrument.
The cell consists of a cylindrical stainless steel chamber containing parallel windows. The pathlength may be continuously adjusted from 0.05mm to 5mm and reproduced within 0.001mm (1 micrometer). A vernier scale provided on the cylinder permits the cell pathlength to be read within ...
