EziLab Conradson Carbon Residue Tester EZL-RC51 determines carbon residue remaining after evaporation and pyrolysis across petroleum residue analysis, fuel stability evaluation, refinery testing, and coke formation assessment applications. Porcelain and iron crucibles meet standard Conradson carbon residue tester testing requirements, while controlled heating enables accurate assessment of coke-forming characteristics in fuel samples. The tester evaluates residue levels that indicate thermal decomposition behavior, and simple mechanical design allows consistent manual operation in routine settings. Compact form suits refinery and quality control laboratories without requiring dedicated installation space. EziLab's Lab Equipment and petroleum testing equipments detail the full carbon residue tester and coke formation analysis range.
| Porcelain Crucible | 30ml |
|---|---|
| Inner Iron Crucible | 75 ± 5 ml |
| Outer Iron Crucible | 190 ± 10 ml with cover. |
| Supporter Height | 250 ± 10 mm |
| Supporter Bore Diameter | Φ130 ± 5 mm |
| Flame Shield |
Diameter of upper port Φ90 ± 2mm Diameter of lower port Φ82 ± 2 mm |
| Round Iron Cover |
The height of the underpart is (50 to 53) mm The height of cone in the middle is (25 ± 2) mm There is a piece of iron wire as the fire bridge on the top. The height is (50 ± 3) mm. |
| Dimension | Φ130mm × 400mm |
| Weight | 5 Kg |
Simple Design
The test can be done with civil gas
The blowtorch adopts a gas torch
The round iron cover serves as the indicator
Porcelain Crucible × 4 Inner Iron Crucible with a Cover × 1 Outer Iron Crucible × 5 Nickel-Chromium Tripod × 1 Flame Sheild × 1 Round Iron Sheild × 1 Burner × 1 Tripod × 1 Operational Manual × 1 Quality Certificate × 1 Repair Guarantee × 1
Our Conradson Carbon Residue Tester calculates the carbon residual of petroleum products after evaporation and pyrolysis, determining their potential for coke generation. This capacity aids in determining the coke-forming capabilities of tested petroleum products.
