44 Inches Magnesium Alloy Rod

Price Negotiable

Price: The price is negotiable

MOQ: 50PC

Delivery Time: 5-8 work days

Brand: DOME

Product Description

Magnesium Rod Anode are produced in a variety of shapes and sizes for use in water ,water container,boiler ,pre-polarization of steel structure in seawater.Gas pipe,Anti-corrosion of steel and iron structure where high resistant and electrolyte existed.

1.Technology :

Extruded Magnesium Anode

Cast Magnesium Anode

Product Name	Flexible / String /Chain Water Heater Anode Rod
Size	Dia19mm* 42"/106.7cm Dia21mm* 43"/1100cm Dia19mm*44"/111.7cm ,3/4/5section we also can do according to requirement
Description	1.Magnesium rod produces a stronger current to protect water tank with triple defense against water odor, inner-wall rust and corrosion. 2.Made from magnesium rather than aluminum, 44 inch anode rod helps you avoid any potential unhealthy side effects from aluminum by-products. 3. The flexible anode rod is built in 3/ 4 /5 sections, whose the flexibility of the design makes it ideal for installing in the tight locations that many water heaters are located. 4. In addition, the multiple sections allow you to have the option of trimming the sections to fit the height of any home water heater. 5.Anode rod attracts corrosive elements in the water, and then the rod become slowly corroded, so that the water heater will never rust out. 6.Thus, there is necessary for us to replace the water heater anode rod about every two years. 7.Any size can be done according to requirement
Packing	25pc in one carton or pack with wooden box or pack according to requirement
MOQ	50PC

2.Standard: ASTM B 843-1995

3.Features :

Magnesium anode is used in technical method of electrochemistry cathode protection. theory is from that connect with the protected metal body ,with the exhausting and dissolving of negative metal material or alloy ,protective curer body will be protected from corrosion . Mg anode can produce higher quality potential power, is ideal sacrificial anode materials.

4.Structure: