We manufacture Aluminum clad steel bimetal using explosive bonding,Our technology is used maturely，ommonly used to make a welded and maintance free connection between alloyed aluminum components and steel structures in the shipbuilding, railway and automotive industry.

Aluminum clad steel bimetal is used as transition materials between hulls to save costs and reduce the weight of hulls. We have been supplying Aluminum clad steel bimetal to domestic and foreign customers for over a long period of time. Our customers are located in more than 50 countries around the world. Market acclaimed.
The major shortcomings of rivets and bolts are that they require holes to be drilled, need special insulators and require regular assembly inspection. Any removal of material, such as drilling holes, also weakens the metal.

Aluminum clad steel bimetal--Structure transtion joints are an indisputably better option because they eliminate crevices and have shown to limit crevice corrosion. aluminum clad steel bimetal - Transition joints require no extra hardware, which allows engineers to stream-lin, their designs and shave off extra weight..

	CA 100	CA 101	CA 200
Interface bonding rate	100%	100%	100%
Tension strength	>85 Mpa	>110 Mpa	> 210 Mpa
Shearing strength	>65 Mpa	>85 Mpa	> 137 Mpa
Highest temperature	315℃×30 min	400 ℃ × 30 min	500 ℃ × 30 min

Material mark				Specification /mm
Mark	Non-clad Layer	Double side Cladding Aluminium Layer	Base mark	Cladding Strip thickness	Cladding Strip width	Cladding Layer width	Non-alu. Edge width
4A60/08A1	4A60	__	08A1	0.21—2.0	50—500	0.05—0.1	2.0—4.0
Cladding Aluminum 4A33/08A1	___	Cladding aluminum 4A33		1.5—5.5	60--300	0.3—1.5	0
Cladding aluminum 7A16/08A1		Cladding aluminum 7A16
Cladding aluminum 8A60/08A1		Cladding aluminum 8A60
Cladding aluminum 8A61/08A1		Cladding aluminum 8A61
Cladding aluminum 8A62/08A1		Cladding aluminum 8A62

 

Alloy Sign

Chemical Composition

Si

Sn

Fe

Ni

Cu

Mn

Mg

Zn

Pb

Ti

Single

Sum

Al

4A33

10.0- 12.0

<=0.2

<=0.3

<=0.1

0.7- 1.3

<=0.1

__

__

__

<=0.1

<= 0.05

<= 0.15

Remind

4A60

0.8— 1.0

__

0.2— 0.35

__

<= 0.05

<= 0.03

<= 0.3

<= 0.05

__

<= 0.03

<= 0.05

<= 0.15

7A16

1.0— 2.0

<=0.2

<=0.6

<=0.2

0.8- 1.2

<=0.3

<= 0.6

4.4- 5.5

0.7- 1.3

<=0.2

<= 0.05

<= 0.15

8A60

<= 0.7

5.5— 7.0

<=0.7

<=1.3

0.7— 1.3

<=0.7

__

__

__

<=0.2

<= 0.05

<= 0.15

8A61

__

10.0- 14.0

1.8- 3.5

<=0.1

0.4- 1.3

<= 0.35

__

__

1.0- 2.5

<=0.1

<= 0.05

<= 0.15

8A62

<= 0.7

17.5- 22.5

<=0.7

<=0.1

0.7- 1.3

<= 0.7

__

__

__

<=0.2

<= 0.05

<= 0.15

Cladding layer sign	Cladding layer thickness / mm	Cladding layer thickness Bias / mm	Base body surface Roughness R/um
4A60	0.05—0.100	+- 0.004	__
Cladding aluminium 4A33  7A16  8A60 8A61  8A62	0.4 – 0.8	+- 0.07	<= 0.63
	>0.8—1.0	+-0.08
	>1.00	+-0.09

Cladding Strip Width	Non-edge width bias
50.00—100.00	+- 0.30
>100.00—300.00	+- 0.50
>300.00—500.00	+- 1.00

Cladding Strip Width	Burr	Stagger floor	Tower floor
0.200—0.500	<=0.06	<=1.0	<=10
>0.500—1.000	<=0.10	<=2.0	<=15
>1.000—2.000	<=0.15	<=2.5	<=20
>2.000-- 5.500	<=0.20	<=3.0	<=25

Cldding Strip Width / mm	Side Bending degree / mm
50.00—100.00	3.0
>100.00—300.00	2.0
>300.00—500.00	1.5

Product Sign	Aluminium hardness in Cladding Layer / HB		Base body Hardness / HBW
	A grade	B grade
Cladding Alu. 4A33 /08A1	45—60	---	160----220
Cladding Alu.7A16 / 08A1	45---70	70---100
Cladding Alu.8A60 /08A1	35---45	---
Cladding Alu.8A61 /08A1	35---45	---
Cladding Alu.8A62 /08A1	30---40	---

 

Types	Temper	Features
CA100	No transition layer	higher cost performance
CA101	Thin transition layer	High bonding strength
CA200	Thick transition layer	Ultra-high bond strength