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Aluminum Anodizing
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  • Aluminum Anodizing

Product Details

Product Introduction

Aluminum alloy sacrificial anodes can prevent corrosion of steel structures in seawater and freshwater, suitable for ships, machinery, marine engineering, and port facilities in seawater environments, as well as for cathodic protection of metal corrosion in facilities such as seawater pipelines, hulls, pressurized chambers, storage tanks, drilling platforms, and pipelines and cables in marine mud. The performance of aluminum anodes is influenced by the chemical composition of the alloy. We provide different alloy compositions to meet customer requirements, and we can also manufacture anodes with special specifications and chemical compositions according to customer requests.

Implementation Standards

GB4948-2002

Main Functional Features

Low driving voltage, lightweight, high current efficiency.

Applicable Scope

Aluminum alloy sacrificial anodes are suitable for cathodic protection of metal corrosion in facilities such as ships, machinery, marine engineering, and port facilities in seawater environments, as well as pipelines and cables in marine mud.

Alloy Types

Zn

In

Cd

Sn

Mg

Si

Ti

Impurities, not exceeding

Al

Si

Fe

Cu

Al-Zn-In-Sd

2.5-4.5

0.018-0.050

0.005-0.020

-

-

-

-

0.10

0.15

0.01

Remaining Amount

Al-Zn-In-Sn

2.2-5.2

0.020-0.045

-

0.018-0.035

-

-

-

0.10

0.15

0.01

Remaining Amount

Al-Zn-In-Si

5.5-7.0

0.025-0.035

-

-

-

0.10-0.15

-

0.10

0.15

0.01

Remaining Amount

Al-Zn-In-Sn-Mg

2.5-4.0

0.020-0.050

-

0.025-0.075

0.50-1.00

-

-

0.10

0.15

0.01

Remaining Amount

Al-Zn-In-Mg-Ti

4.0-7.0

0.020-0.050

-

-

0.50-1.50

-

0.01-0.08

0.10

0.15

0.01

Remaining Amount

Chemical Composition

Electrochemical Performance

Type/Index/Performance

Open Circuit Potential-V(SCE)

Working Potential-V(SCE)

Actual Capacity A·h/kg

Current Efficiency %

Dissolution Condition

Ordinary Aluminum Alloy Sacrificial Anode

1.10-1.18

1.05-1.12

≥2400

≥85

Corrosion products easily fall off, surface dissolves evenly.

High-Efficiency Aluminum Alloy Sacrificial Anode

1.10-1.18

1.05-1.12

≥2600

≥90

High Activation Aluminum Alloy Sacrificial Anode

1.45-1.50

1.40-1.45

≥2080

≥70

Common Anode Specifications and Models

Common Sacrificial Anode Models and Specifications for Storage Tanks

Model

Specification/mm

Weight kg

Length × (Upper Base + Lower Base) × Height mm

AC-1

750×(115+135)×130

35.0

AC-2

500×(115+135)×130

23.0

AC-3

500×(105+135)×100

16.0

AC-4

300×(105+135)×100

10.0

Common Sacrificial Anode Models and Specifications for Port and Marine Engineering Facilities

Model

Specification/mm

Weight kg

Length × (Upper Base + Lower Base) × Height mm

AI-1

2300×(220+240)×230

310.0

AI-2

1600×(200+210)×220

190.0

AI-3

1500×(170+200)×180

130.0

AI-4

900×(150+170)×160

58.0

AI-5

1500×(148+178)×170

120.0

AI-6

850×(180+220)×180

85.0

AI-7

800×(200+280)×150

80.0

AI-8

700×(160+220)×180

72.5

AI-9

1250×(115+135)×130

56.0

AI-10

1000×(115+135)×130

46.0

AI-11

750×(115+135)×130

35.0

AI-12

500×(115+135)×130

23.0

Common Sacrificial Anode Models and Specifications for Hulls

Model

Specification/mm

Weight kg

Length × Width × Height

AH-1

800×140×60

17.0

AH-2

800×140×50

15.0

AH-3

800×140×40

12.0

AH-4

600×120×50

10.0

AH-5

400×120×50

6.5

AH-6

500×100×40

5.5

AH-7

400×100×40

4.5

AH-8

300×100×40

3.5

AH-9

250×100×40

2.5

AH-10

180×70×35

1.2

AH-11

300×150×50, double iron legs

5.8

AH-12

300×150×40, double iron legs

4.6

AH-13

300×150×50, bolt type

5.8

AH-14

300×150×40, bolt type

4.8

Common specifications of long strip sacrificial anodes for seawater cooling water systems

Model

Specification/mm

Weight kg

Length × (Upper base + Lower base) × Height

AE-1

1200×(200+280)×150

120.0

AE-2

800×(200+280)×150

80.0

AE-3

1000×(115+135)×130

46.0

AE-4

500×(115+135)×130

23.0

AE-5

1000×(80+100)×80

20.0

AE-6

500×(105+135)×100

16.0

AE-7

500×(80+100)×80

10.0

AE-8

400×(110+120)×50

7.0

AE-9

300×(140+160)×40

5.0

AE-10

200×(90+110)×40

3.0

Common specifications of disc-shaped sacrificial anodes for seawater cooling water systems

Model

Specification/mm

Weight kg

Diameter × Height mm

AE-11

300×60

11.5

AE-12

360×40

9.0

AE-13

300×40

7.5

AE-14

200×50

4.0

AE-15

180×50

3.5

AE-16

120×100

2.5

Common specifications of bracelet-type aluminum alloy anodes

Specifications
Inner diameter × Width × Thickness × Gap mm

Weight Kg

Core specifications mm

Ф1020×200×35×51

68

5×50

Ф819×60×30×51

13

5×25

Ф624×80×30×51

17

5×50

Ф513×100×30×51

17

5×50

Ф487×200×45×51

41

5×50

Ф470×480×25×51

50

5×50

Ф436×480×38×51

70

5×50

Ф420×413×45×51

69

5×50

Ф385×150×59×51

32

5×50

Ф335×505×38×51

56

5×50

Ф280×250×45×51

29

5×50

Ф252×250×45×51

26

5×50

Aluminum Anodizing


Aluminum alloy sacrificial anodes can prevent corrosion of steel structures in seawater and freshwater. They are suitable for cathodic protection of metal corrosion in facilities such as ships, machinery, marine engineering, and harbor facilities in seawater environments, as well as seawater pipelines, hulls, pressurized chambers, storage tanks, drilling platforms, pipelines in marine mud, and cables.
Aluminum Anodizing
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  • Aluminum Anodizing

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Aluminum Anodizing



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