TECHNICAL INFORMATION
Please scroll down the page to see the technical information of each type of anode avaiable
Standard: MIL-A-18001K
ALUMINIUM ANODES/ ZINETI Anodes- A
MAGNESIUM ANODES/ ZINETI Anodes - M
High Potential
Standard: MIL-A-18001K
ZINC ANODES/ ZINETI Anodes - Z
| Chemical analysis: | Maximum impurities: | ||||
| Al. | 0,10-0,50% | Fe. | Maximum | 0,005% | |
| Cd. | 0,025-0,07% | Cu. | >> | 0,005% | |
| Zn. | Rest | Pb. | >> | 0,006% | |
| Si. | >> | 0,125% | |||
| Technical Data: | |
| Capacity | 781 Ah/Kg |
| Efficiency | 95% Theoretically for pure Zinc |
| Consumption | 11,2 Kg/Year |
| Conduction tension | 0,23 Volts on polarized iron |
| Density | 7,13 Kg/dm3 |
| Potential in closed circuit | -1,08 V (vs. Electrode Ref. Cu/Cu/SO4) |
ALUMINIUM ANODES/ ZINETI Anodes- A
| Chemical analysis: | Maximum impurities: | ||||
| Zn. | 0,5-5% | Si. | Maximum | 0,10% | |
| In. | 0,005-0,05% | Cu. | >> | 0,001% | |
| Al. | Rest | Fe. | >> | 0,13% | |
| Technical Data: | |
| Capacity | 2.600 Ah/Kg |
| Efficiency | 88% Theoretically for pure Aluminum |
| Consumption | 3,37 Kg/Year |
| Conduction tension | 0,29 Volts on polarized steel |
| Density | 2,78 Kg/dm3 |
| Potential in closed circuit | -1,14 V (vs. Electrode Ref. Cu/Cu/SO4) |
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MAGNESIUM ANODES/ ZINETI Anodes - M
High Potential| Chemical analysis: | |
Maximum impurities: | |||
| Al. | 5,8% | Fe. | Maximum | 0,002% | |
| Zn. | 2 a 3% | Cu. | >> | 0,03% | |
| Mg. | Base | Si. | >> | 0,05% | |
| Ni. | >> | 0,003% | |||
| Mn. | >> | 0,25% | |||
| Technical Data: | ||
| Capacity | 1.230 Ah/Kg | |
| Efficiency | 56% Theoretically for pure Magnesium | |
| Density | 1,8 Kg/dm3 | |
| Potential with respect to protected steel (-0,8V) | -0,7 | |
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