Name: Silver Color Magnesium Condenser Anodes Water Heater Anode Rods ISO Certified
Brand: OEM,High Broad,None
Price: 1 USD

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Silver Color Magnesium Condenser Anodes , Water Heater Anode Rods ISO Certified

Brand Name:OEM,High Broad,None

Certification:ASTM G-97 / ISO 90001

Model Number:H-1 / mic

Minimum Order Quantity:1 Kilograms

Delivery Time:1 FCL:14 Days

Payment Terms:L/C, D/A, D/P, T/T, Western Union, MoneyGram,PayPal

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China Hunan High Broad New Material Co.Ltd

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Location: Changsha Hunan China

Address: No.70 Chezhan North Road,Changsha,Hunan,China

Supplier`s last login times: within 20 hours

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Magnesium anodes , Sacrificial anodes , Magnesium Anode for Chloride Ion Batteries with various shape and size

Shape: Rod, Bar, Square , D shape , drops, tubes etc.

Magnesium anodes are used for fresh water applications; for salt or brackish water use our zinc anodes or rods. All magnesium pencil anodes and rods contain a steel core. If you don't see the size of anode or rod that you need, please email, fax, or call us and we will work with you to get you what you need.

Unless otherwise noted, all rods are made to a standard anode grade of the following:
3% Aluminum, 0.2% Manganese, 1% Zinc, 95.8% Magnesium

Magnesium anodes shall conform to ASTM B 843 B 843 Grade M1C (latest edition). Anodes shall have a minimum open circuit potential of –1.70 volts referenced to Cu/CuSO4. Minimum acceptable current efficiency is 48%. Testing of these properties shall be in accordance with ASTM G97. These anodes shall be cast with a perforated galvanized steel core. The weight of the core shall not exceed 0.15 kg per metre. One end of the anode shall be recessed so that the core is accessible for the lead wire connection.

Magnesium anodes are available with several different chemical compositions, but in two basic generic types with voltage outputs of approximately1.55 and 1.75 volts (with reference to a copper/copper sulphate reference electrode). The performance characteristics for each type are indicated in Table 1. The following table of current outputs (Table 2) maybe utilised in general design calculations and is based upon the following parameters: i. The current outputs given are approximate only and are calculated taking the polarised potential of the cathode to be 900mV (with reference to a Cu/CuSO4reference electrode).ii. The maximum useful life of magnesium alloy anodes is generally limited to about 10/12 years regardless of the theoretical life. iii. The final steady current output is given in milli amps. Only the most commonly used packaged anodes are considered in this table. For information on other anodes please ask for separate literature

Description:

Magnesium anode is mainly used for Anticorrosion of buried pipeline, onshore platform, huge boiler and steel structures. It is an important sacrificial anode for cathodic protection. We take the most professional and reasonable technical control through melting of Mg metal, choosing of Mg ingot and impurity, preparing of Mg alloy melt, refining of Mg alloy, pouring and casting of anode, making mould, connecting of cable and the final test . Accordingly, insure the electric chemical super performance of magnesium anode our products act with good potential and stable efficiency all the time. 

Chemical compositions of Magnesium Anode

Element		Anode type
Element		High Potential	AZ63B(HIA)	AZ63C(HIB)	AZ63D(HIC)	AZ31
Mg		Bal	Bal	Bal	Bal	Bal
Al		<0.01	5.30-6.70	5.30-6.70	5.0-7.0	2.70-3.50
Zn		-	2.50-3.50	2.50-3.50	2.0-4.0	0.70-1.70
Mn		0.50-1.30	0.15-0.70	0.15-0.70	0.15-0.70	0.15-0.60
Si(max)		0.05	0.10	0.30	0.30	0.05
Cu(max)		0.02	0.02	0.05	0.10	0.01
Ni(max)		0.001	0.002	0.003	0.003	0.003
Fe(max)		0.03	0.005	0.005	0.005	0.005
Other Imp.(max)	Each	0.05	-	-	-	-
Other Imp.(max)	Total	0.30	0.30	0.30	0.30	0.30

Electrochemical Properties

TYPE ITEM	Open Voltage (-V,SCE)	Close Voltage (-V,SCE)	Actual Capacity (A.h/LB)	Efficiency %
High Potential	1.70-1.78	1.50-1.60	>500	>50
AZ63	1.50-1.55	1.45-1.50	>550	>55
AZ31	1.50-1.55	1.45-1.50	>550	>55

Specification of Magnesium Anodes

	Type	Weight Kg(ib)	Dimension mm(inch)
	Type	Weight Kg(ib)	A	B	C
D type	9D2	4.082(9)	69.9(2 3/4)	549.3(21 5/8)	76.2(3)
	14D2	6.350(14)	69.9(2 3/4)	850.9(33 1/2)	76.2(3)
	20D2	9.072(20)	69.9(2 3/4)	1212.9(47 3/4)	76.2(3)
	9D3	4.082(9)	88.9(3 1/2)	352.4(13 7/8)	95.3(3 3/4)
	17D3	7.711(17)	88.9(3 1/2)	641.4(25 1/4)	95.3(3 3/4)
	32D5	14.515(32)	139.7(5 1/2)	504.8(19 7/8)	146.1(5 3/4)
	48D5	21.772(48)	139.7(5 1/2)	765.2(30 1/8)	146.1(5 3/4)
	60D4	27.216(60)	114.3(4 1/2)	114.3(4 1/2)	1460.5(57 1/2)

C type	Type	Diameter (mm)	Length(mm)		Weight(Kg)
			High potential	AZ63
	C25	75	336	325	2.56
	C36	114	202	193	3.7
	C41	114	230	220	4.2
	C77	114	431	412	7.8
	C100	114	560	536	10.2
	C145	146	494	472	14.7
	C227	178	520	497	22.9
	C274	114	1528	1462	28.2

S type	Type	Weight Kg(lb)	Dimension mm(inch)
			A	B	C	L
	3S3	1.4(3)	3 4/5(96.5)	3(76.2)	3(76.2)	4.7(119.4)
	5S3	2.3(5)	3 4/5(96.5)	3(76.2)	3(76.2)	7.7(195.6)
	9S2	4.1(9)	2 4/5(71.1)	2(50.8)	2(50.8)	28(711.2)
	9S3	4.1(9)	3 4/5(96.5)	3(76.2)	3(76.2)	13.6(345.4)
	17S2	7.7(17)	2 4/5(71.1)	2(50.8)	2(50.8)	52.5(1333.5)
	17S3	7.7(17)	3 4/5(96.5)	3(76.2)	3(76.2)	25.6(650.2)
	17S4	7.7(17)	4(101.6)	3 1/5(81.3)	4(101.6)	18(457.2)
	20S2	9.1(20)	2 4/5(71.1)	2(50.8)	2(50.8)	62(1574.8)
	32S3	14.5(32)	3 4/5(96.5)	3(76.2)	3(76.2)	47(1193.8)
	32S5	14.5(32)	5(127.0)	4 1/5(106.7)	5(127.0)	21.2(538.5)
	40S3	18.1(40)	3 4/5(96.5)	3(76.2)	3(76.2)	60(1524.0)
	48S5	21.8(48)	5(127.0)	4 1/5(106.7)	5(127.0)	31.5(800.1)
	60S4	27.2(60)	4(101.6)	3 1/5(81.3)	4(101.6)	62(1574.8)