High-Performance Copper-Aluminium Bimetal Clad Washer

• Customization: Available
• Type: Copper Bars
• Application: Air Condition or Refrigerator, Water Tube, Oil Cooler Pipe
• Alloy: Non-alloy
• Standard: GB/T
• Cladding Rate: 100%
• Transport Package: Export Standard Wooden Pallet
• Specification: According to Customer Requirement
• Trademark: Chalco Aluminum
• Origin: Henan China
• HS Code: 7419999100
• Production Capacity: 10000mt/Month

Product Description

Copper-Aluminium Bimetal Clad Washer

Clad metals are two distinct metals or alloys that are metallurgically bonded together so that the optimum combination of functional properties is achieved. Copper Aluminium offers the inherent
characteristics of aluminum while the copper cladding provides greater conduction of current and
 the ease of soldering copper.

We are specialist in manufacture of Bimetal washers in copper + aluminium i.e. one side copper and one side aluminium. The copper and aluminium composition is in the ratio 80:20 (80% aluminium, 20% copper).

These are plain washers but with two diferent metals on wither side. We can also manufacture the same according to the composition of copper and aluminium that you require.
 
These can be manufactured in mm & Inches as per your requirements, specifications & drawing or as per the sampel provided by you.
 
Applications:
Bimetal plates and washers are used for connections between copper conductors and aluminium one's, in order to avoid corrosion that makes connection ineffective and unreliable.
 
Being copper and aluminium materials with different electrical potential, the contact between the two generates a galvanic cell in presence of an electrolyte (typically humidity), with deterioration of the less noble material (aluminium) and with rapid decay of electric capacitance of the contact surfaces (stack effect ).
 
The interposition of a bimetallic Cu-AL plate or washers prevent the onset of the problem: since these products are bimetallic (obtained by explosion welding), the copper and aluminium surfaces are molecularly linked, without the presence of an electrolyte that can trigger.



 

∅ D1 mm	∅ D2 mm	Thickness mm
22	10,5	1,5
25	12,5	2,0
15	6,5	1,0
18	8,5	1,0
100	100	1,0