Expendable Square Carbon Cup For Ce-meter Density: 2.25 Gram Per Litre (G/l)

5

5

mass production

mass production

1250-1370 Celsius (oC)

Carbon equivalent 2.5~5.0A 0.047% Carbon content 2.1~4.2A 0.039% Silicon content 0~20A 0.1% Kelvin (K)

21 Pcs/min

5 Pcs/min

5 Millimeter (mm)

3 Millimeter (mm)

52*52*65 Millimeter (mm)

52*52*45 Millimeter (mm)

52*52mm

52*52

The carbon test cups are used matching with the carbon and sulphur analyzer to quickly analyze carbon content, silicon content and carbon equivalent in molten iron, which can save smelting time of molten iron, greatly reduce production cycle of white and grey cast iron and therefore increase production efficiency.

A 10C

+-3

1.2 Meter (m)

65 Millimeter (mm)

Yes

Yes

Free samples available with shipping and taxes paid by the buyer

Sample costs shipping and taxes has to be paid by the buyer

10000 Per Day

2000000 Per Month

15-25 Days

15-25 Days

Application The expendable carbon cup (thermal analysis cup) is for determining the Carbon equivalent, % Carbon and % Silicon in molten iron by using the principle of thermal analysis. The advantages of this carbon cup are as follows: 1. With Tellurium grain, the complete white iron solidification can be met 2. Fast thermocouple response 3. Precisely measuring the temperature of melting iron sample 4. Provide uniform cooling curve 5. High accuracy of the content of Carbon and Silicon 6. Improve the casting process control Determination of thermal stability of sample cup And Instrument Adjustment One: option of instrument and electric furnace Be sure to select the specific carbon silicon analyzer and hot metal within the specified test furnace. the replacement of components when the next test furnace hot metal will be change. Two: data testing methods Example: Thermal analysis of the test sample cup should be 3 to 5 consecutive (arrange it according the time), e.g. the test result of Si% is 1.80%, 1.82%, 1.86%, 1.88%, 1.90%. Testing is completed record data. Three: analysis Stability. According above testing result, the highest one is 1.80%, lowest one is 1.70%, fluctuation gap is 0.1, average value is 1.75% (A 0.05). Instrument adjustment. If the chemical analysis of Si% molten iron content was 1.85% when the original apparatus should be set based on the si values of 0.1 and then raised to complete the adjustment (if the former setting of Si is -0,2, should change at -0.1). when test again, the content of Si% will become 1.85%, the adjustment is over, can work now. Four: attention 1i the hot metal temperature in the sample cup should not exceed 1350 a . 2i Optimum temperature of ductile iron is 1200 a ~ 1250 a . 3i Optimum temperature of Gray Iron 250, 300 is 1250 a ~ 1350 a 4i The abnormal situation like low carbon high silicon hot metal composition will cause instruments to measure the normal C% and Si% no data.

Technical Data: Product Name Models Measuring Range Application Range Measuring Time Measuring Range Measured temperature Expendable CE-CUP Round shape 3.02-4.83% Ductile iron,grey cast iron No more than 3 minutes C:2.8-4.2% S:0.9-3.0% CE:3.2O-4.83% 1050-13700a