- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
 |
| Quantity: | |
|---|---|
GD-17144A
GOLD
Principle:
The Carton Residue Tester simulates an anaerobic high-temperature cracking environment, places a certain amount of sample in a specially designed crucible, and heats it under inert gas protection (to avoid interference from oxidation reactions) according to the standard heating procedure. After evaporation and cracking, the sample ultimately forms a stable carbonaceous residue. After cooling, the instrument automatically weighs the residual mass and calculates the residual carbon value (the percentage of residual carbon mass to the original sample mass) to quantify the coking potential of the sample at high temperatures.
Main technical specifications:
Temperature of coke chamber | 500℃ |
Ambient temperature | 15℃～35℃ |
Power supply | AC（220±10%）V, 50Hz |
NW | 18.5kg |
Relative humidity | ≤85% |
Power consumption | ≤1400W |
Dimension | 500mm×280mm×550mm |
Temperature control accuracy | ±2℃ |
Features:
Micro sampling: Only a small amount of sample is required, suitable for precious samples or small batch testing (compared to the traditional Koch method which requires about 100 grams of sample).
Automated operation: From heating program control to data processing, the entire process is automated, reducing human intervention and improving efficiency and repeatability.
High precision detection: using crucible and inert gas protection to avoid impurity interference, the measurement accuracy of residual carbon value can reach ± 0.05% (mass fraction).
Quick analysis: A single test takes about 90-120 minutes, which is more efficient than traditional methods.
Product Details:
Principle:
The Carton Residue Tester simulates an anaerobic high-temperature cracking environment, places a certain amount of sample in a specially designed crucible, and heats it under inert gas protection (to avoid interference from oxidation reactions) according to the standard heating procedure. After evaporation and cracking, the sample ultimately forms a stable carbonaceous residue. After cooling, the instrument automatically weighs the residual mass and calculates the residual carbon value (the percentage of residual carbon mass to the original sample mass) to quantify the coking potential of the sample at high temperatures.
Main technical specifications:
Temperature of coke chamber | 500℃ |
Ambient temperature | 15℃～35℃ |
Power supply | AC（220±10%）V, 50Hz |
NW | 18.5kg |
Relative humidity | ≤85% |
Power consumption | ≤1400W |
Dimension | 500mm×280mm×550mm |
Temperature control accuracy | ±2℃ |
Features:
Micro sampling: Only a small amount of sample is required, suitable for precious samples or small batch testing (compared to the traditional Koch method which requires about 100 grams of sample).
Automated operation: From heating program control to data processing, the entire process is automated, reducing human intervention and improving efficiency and repeatability.
High precision detection: using crucible and inert gas protection to avoid impurity interference, the measurement accuracy of residual carbon value can reach ± 0.05% (mass fraction).
Quick analysis: A single test takes about 90-120 minutes, which is more efficient than traditional methods.
Product Details:
