Manufacturers Casting Industry Measure Carbon and Silicon Thermal Analysis Sampling Cup with Te and S

• Selling Units: Single Item
• Single Gross Weight: 0.200 Kg
• Brand Name: Kexin
• Shape of Carbon Cup: Round and Square Type
• Temperature Range: 1250c~1370c
• Place of Origin: Hebei,China
• Customized Support: Oemodm
• Single Package Size: 30X30X30cm

Product Description

 

Main functions: Thermal analysis of white iron, gray iron and ductile iron. The fixed carbon cup is used in conjunction with the molten iron analyzer in front of the furnace. The carbon-silicon analyzer can measure carbon content C%, silicon content S%, and carbon equivalent CEL within 3 minutes ; Because of its fast, reasonable, reliable and reduced advantages, it is widely used in front of the furnace. Controlling the molten iron content can predict the mechanical and logistics properties of the molten iron and facilitate the adjustment of the composition in front of the furnace.

Product Name	Thermal Analysis Cups
Product Quality	High Quality
Product Origin	Hebei
Customized	Yes

PRODUCT DISPLAY

Product advantage: The fixed carbon cup is widely used for on-site control of hot metal composition because of its fast, alternative, reliable and correct. When the molten iron is poured into the sample cup, the molten iron will gradually solidify, and the thermal analyzer will determine and calculate C, SI, CEL, etc. according to its cooling curve temperature platform. Our sample cup uses German imported wire material and high purity quartz tube to make Product quality is easier to replace other manufacturers.

Application

Product Application 1. Carbon equivalent CEL: Expressed by formula% CEL=C+% Si/4+% Pl2, the captured liquidus temperature is directly related to this value when molten iron begins to solidify. 2. Carbon content C: determined by liquid temperature TL and solid temperature TS. 3. Silicon content: By measuring the solid phase temperature, Si can be calculated, and the silicon value can be calibrated by an adjustment factor, which is related to the carbon content in molten iron. 4. Other applications. Platform control, control inoculation by measuring eutectic supercooling degree, predict mechanical and physical properties of hot metal by measuring liquid temperature and supercooling degree, and calculate nodularity of nodular iron based on relative thermal conductivity principle.

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