Combustion Tubes

Listing ID #3533153

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In order to align the height of the combustion tube and the breech block, ceramic tube insulation (CM162-016) must be placed around the tube at the furnace ends. It is important to note that each....

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Product Details

In order to align the height of the combustion tube and the breech block, ceramic tube insulation (CM162-016) must be placed around the tube at the furnace ends. It is important to note that each furnace requires a slightly different amount of insulation to align the tube with the breech block. The proper amount of bedding is the amount of insulation necessary to align the combustion tube without applying strain on the tube when mounted in the breech block and the furnace top is closed.Build up the combustion tube bedding from the bottom until the combustion tube is slightly above the breech block opening with the breech block in its lowest position. Periodically check the tube bedding is not built up excessively by gently closing the furnace top.Loosen the pedestal base thumbscrew and tighten the pedestal base onto the rail by turning the base clockwise.

Company Details

UIC, Inc. was established by Jerold Armstrong in 1965 as a manufacturer’s representative firm and has grown into a full manufacturing and R&D facility.
UIC manufactures coulometric carbon and sulfur analysis systems, vapor pressure osmometers, and kinematic/dynamic viscosity systems.
Products and Markets
The primary products for UIC are the coulometric carbon analysis systems. These systems are used extensively by the university, geological, oceanographic, petroleum and cleanliness verification markets. The carbon analysis systems have the ability to determine total carbon (TC), total organic carbon (TOC), total inorganic carbon (TIC) and surface carbon (SC) in solids, liquids, slurries and gases.
The coulometric detection system operates on the principles of Faraday’s Law and provides “calibration free” analysis of practically any material. Typical analysis times range from 5 to 8 minutes utilizing sample sizes from 10ug to 3g. The detection range for these systems is 10ug to 100mg of carbon per sample. This translates to an effective analytical range of 10ppm to 100% and will provide relative standard deviations below 0.2% when analyzing standard materials.
The osmometers are used primarily in the university and polymer manufacturing markets as a way to determine average molecular weights of soluble polymers from 100 to 1,000,000 Dalton.
The viscosity systems are used to determine kinematic viscosities of Newtonian fluids in the range of 0.3 to 100,000 centistokes.