SIMIS-Carbon cup
Tee Type
Thermocouple
Contact
Digital Type
Integration
Dewpoint Lithium Chloride
Temperature
IP68
ISO
Non-Customized
Thermal Analysis Sampling Cup
Round
Browinish Yellow
3.5%
0.5% Min.
80-100 Chn
to Measure Carbon and Silicon Content of Molten IR
Wide Pouring Temperature Range
0.05mm
SIMIS
Carton and Pallet
1.1*1.1*1.1
China
9027900000
Product Description
Square Thermal analysis sampling cup with tellurium
The square sampling cup is for determining the Carbon equivalent, % Carbon and % Silicon in molten iron by using the principle of thermal analysis.Cups are available in square and round shape.500 degree Celsius to produce "resin bonded sand". This resin bonded sand is shot into the pre-heated mold with having the K-type thermocouple tube inside. At the temperature of 250 degree Celsius, the cup is formed by the resin bond. This cup is coated inside with silica for being thermal insulation and then filled in the cup with 15 gram of Tellurium. By means of drying this coated cup at the temperature of 80 degree Celsius for 4 hours, the carbon cup is ready for the casting control.
Carbon cups are Tellurium coated sensors used for determination of carbon equivalent, % Carbon and % silicon in gray, malleable and ductile iron. They cover the entire range from 2.5 to 5 CE.
Very high success rate. Dependable.
4)Easy to pour at every heat to exact specifications with lowest price.
5) Excellent thermal insulation by using silica.
6) Cup available in small, medium and large size to suit various applications in foundry
7)Well-matched with any thermal analysis system (Carbon Silicon Analyser)
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
The square sampling cup is for determining the Carbon equivalent, % Carbon and % Silicon in molten iron by using the principle of thermal analysis.Cups are available in square and round shape.500 degree Celsius to produce "resin bonded sand". This resin bonded sand is shot into the pre-heated mold with having the K-type thermocouple tube inside. At the temperature of 250 degree Celsius, the cup is formed by the resin bond. This cup is coated inside with silica for being thermal insulation and then filled in the cup with 15 gram of Tellurium. By means of drying this coated cup at the temperature of 80 degree Celsius for 4 hours, the carbon cup is ready for the casting control.
Carbon cups are Tellurium coated sensors used for determination of carbon equivalent, % Carbon and % silicon in gray, malleable and ductile iron. They cover the entire range from 2.5 to 5 CE.
Very high success rate. Dependable.
- Very high accuracy of Carbon and Silicon.
- Wide pouring temperature range
4)Easy to pour at every heat to exact specifications with lowest price.
5) Excellent thermal insulation by using silica.
6) Cup available in small, medium and large size to suit various applications in foundry
7)Well-matched with any thermal analysis system (Carbon Silicon Analyser)
| Shape | Square & Round |
| Color | Browinish Yellow |
| Resin content : | 3.5% |
| Moisture content : | 0.5% Min. |
| Core Hardness : | 80-100 CHN |
| Special Thermocouple Tolerance : | ± 10C at 1200 0C |
| High Grade Silica Sand : | (AFS 75-80 ) - 100 Parts |
| Application | to measure carbon and silicon content of molten iron |
| Product Keywords | thermal analysis sampling cup,te cup,sampling thermal cup |
| Shelf Life : | 6 Months Min. |
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
