Magnesium anode Type 4 Alu insert - 7.00 * 2.44 * 1.10, (10.23inch), Approx 0.6Lb, AZ63-1.5VDC
Article: B310045
- Total length: 260mm/10.24in
- Width: 62mm/2.4in
- Height: 28mm/1.10in
- Hole distance:
- Net weight: 0,3kg/0,66lb
- Gross weight: 0.4kg/0.88lb
- Reinforcement: Aluminium
| PCS | Discount | Price |
|---|---|---|
| 5 | 5 % | £27.55 /st |
| 10 | 10 % | £26.10 /st |
| 20 | 15 % | £24.65 /st |
| 50 | 20 % | £23.20 /st |
Product description
Product specification
Type 4 Magnesium with aluminum reinforcement
Material: Magnesium
Alloy : AZ 63B
Article: B310045
- Net weight : 0.3 KG/0.66 lbs
- Gross weight: 0.4 KG/0.88 lbs
- Reinforcement/Insert: Aluminum
- Total length: 260mm/10.24 inch
- Length: 178mm/7.00 inch
- Width: 62mm/2.44 inch
- Height: 28mm/1.10 inch
Mounted with bolt or welded to construction. Note no for drilled holes in the reinforcement.
Application areas:
- Ship hull
- Port
- Slip
- Cable
- Pipeline
- Dykdalb
- Pump
- Pontoon
- Piers
- Pillar
Magnesium anodes are mainly used in brackish water and fresh water. Magnesium anodes can be used in brackish water if the resistivity exceeds about 1.0 Ωm.
With over 30 years of experience, you as a customer can always feel safe with our products. We manufacture everything according to international standards and industry guidelines. Each batch of anodes undergoes thorough testing and quality assurance, as it has been for over 30 years ...
Are you unsure of the type of material to use? Ask us, we can!
Technical data
- Capacity: 1230 Ah / kg(2711.68 Ah / lbs)
- Consumption: 13.3 kg / A year(29.32 lbs / A year)
- Efficiency: about 55%
- Potential: -1 500 mV rel Ag / AgCl in seawater
Typical chemical composition, AZ 63B (most common alloy in water), magnesium.
|
Material |
% of weight |
|
Aluminum (Al) |
min 5.3 max 6.7 |
|
Zinc (Zn) |
min 2.5 max 3.5 |
|
Manganese (Mn) |
> 0.3 |
|
Silicon (Si) |
~ 0.1 |
|
Copper (Cu) |
<0.05 |
|
Iron (Fe) |
<0.01 |
|
Magnesium |
Remaining |
Information
Extend the lifespan of your marine investments, check the product description for more information.
