Operational analysis must be applied to the rapid thermal analyzer of molten iron in the casting industry

The main indicators include carbon equivalent, carbon content, silicon content, tensile strength Rm, hardness HB, quality coefficient R/H, co cluster number MEG, graphitization factor K, pouring temperature TM, liquidus temperature TL, solidus temperature TS, etc. DW-RFY II furnace front rapid thermal analyzer with printing, also known as furnace front molten iron composition analyzer, is widely used for on-site measurement of raw iron water such as gray iron, ductile iron, ductile iron, vermicular iron, and low alloy cast iron.
Product features:
The measurement results are digitally displayed and can be read directly, with a measurement time of 2-3 minutes, making it easy for casting engineers to mix ingredients on site and reducing production costs.
Eliminate product quality accidents, reduce waste return from box type electric furnaces, and reduce production costs.
The instrument can measure the molten iron before or after inoculation, which cannot be achieved by domestic instruments. This technology fills the gap in China.
The instrument can automatically control important metallurgical parameters. It automatically measures gray and white solidified cast iron, eliminating manual operation. Can connect large remote displays, signal lights, and computers.
The instrument is easy to operate, maintenance free, and can be used on site by ordinary furnace workers. It is now learned and used.
The instrument is portable and can move freely on the stove, and multiple stoves can use one instrument at the same time.
The instrument automatically prints the test results, and the various test results are clear at a glance. The box furnace includes carbon content, silicon content, carbon equivalent, CEL undercooling △ T, maximum undercooling △ TM quality coefficient (R/H), tensile strength (Rm), hardness (HB), co cluster number (MEG), graphitization factor (K), etc.
Measurement parameters: determination of carbon content, silicon content, carbon equivalent CEL, undercooling △ T, maximum undercooling △ TM, tensile strength Rm, hardness HB, quality coefficient R/H, co cluster number MEG, graphitization factor K, pouring temperature TM, liquidus temperature TL, solidus temperature TS tubular electric furnace.
Accuracy: ＜± ℃ CET ± 0.047% C ± 0.04% Si ± 0.1%
Operate 9 buttons to select the required parameters, among which the "Auto" button is a cyclic display. Carbon and silicon elements can be adjusted for accuracy through panel knobs.
Measurement range: According to ICEC584, model K (Nicr Ni) 200 ℃ -1370 ℃ C: 2.1-4.2% Si: 0-20% CEL: 2.5-5.0

The above content is organized by Superb heater Company, super heater. Mainly professional production: industrial heating elements, temperature measuring elements, production equipment, accessories, and raw materials such as tubular heaters, tubular heaters, belt heaters, ceramic heaters, silicone rubber heaters, thermocouples, etc.

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