Advantage :
1.CO2 Reactivity Residue inogona kusvika pamusoro pe91%, Mhepo Reactivity inogona kusvika pamusoro pe96%; hupenyu-refu mumaseru ealuminium electrolysis ndeye 30-33days.
2.Higher thermal shock Resistance
Thermal Exposure : <4*10
Heat Conductive: <3W/mkl
3.higher current density
ikozvino density: > 0.8A/cm2
4.lower Electrical Resistivity
Magetsi Resistivity: 55-56μΩm
ANODE KUTAURA
Series
| PROPERTY | Unit | Standard method | Range |
1 | Density Chaiyo | g/cm3 | ISO 8004 | 2 Min |
2 | Apparent Density | g/cm3 | ISO 12985 | 1.52-1.58 |
3 | Air permeability | npm | ISO 15906 | 0.5-1.5 |
5 | Compressive Strength | N/mm2 | ISO 18515 | 40-48 |
6 | Youngs module | Gpa | ISO 12989 | 4-5.5 |
7 | Flexural Strength | N/mm2 | ISO 12986 | 8 – 10 |
8 | Spe. Elec. Resistance | µΩm | ISO 11713 | 55-62 |
9 | Cof. Lin . Thermal | µm/(km) | ISO 14420 | 3.75-4.5 |
10 | Thermal Conductivity | W/(km) | ISO 129087 | 3-4.5 |
11 | ASh | % | ISO 8005 | 0.5 Max |
12 | Mhepo Reactivity yasara huruva Rasika
| % % %
| ISO 12989-1
| 75 - 85 4 – 8 10-20 |
13 | Co2 Reactivity yasara huruva kurasika | % % % | ISO 12988-1
| 84 – 95 3 – 8 6 – 14 |
14 | Elements S V Fe F Ca Al Ni SI | % ppm // // // // // | ASTM D6376
| 0.5 - 2.5 30 - 320 100 - 600 150 - 600 50 - 200 150 - 600 40 - 200 50 - 300 |