Bimetallic Transition Plate

• Customization: Available
• Color: Red
• Application: Transportation Tools, Door & Window, Decorations
• Model NO.: 1100
• Technique: Cold Drawn
• Grade: 1000 Series
• Temper: O
• Surface Treatment: Polished
• Alloy: Alloy
• Elongation: More Than 10%
• Transport Package: Export Standard Wooden Pallet
• Specification: According to Customer Requirement
• Trademark: Chalco Aluminum
• Origin: Henan China
• HS Code: 7606125900
• Production Capacity: 20000mt/Month

Product Description

Bimetallic Transition Plate
 

Copper and aluminum are good conductor materials with high cost performance, which are widely used in power system and are the main conductor materials. General aluminum is used in high voltage lines, and copper is used in the power distribution cabinet system that is mortgaged. Copper and aluminum can not be directly connected, so how to reliably complete the connection of copper conductor and green conductor has a significant impact on the safe operation of the entire power system.

The traditional Copper-aluminum joint materials are generally flash welding, friction welding, brazing and other process equipment. The mechanical properties, reliability and conductivity of the joint are pure in the quality risk, and there are safety risks. It is necessary to develop advanced production technology and develop a new type of electric power fittings.

The bimetallic transition plate produced by Henan Chalco is widely used in transformer, reactor and other electrical appliances, effectively replacing the traditional flash welding and brazing process. It is suitable for aluminum reactor, transformer and so on.

Features:

1. High composite strength, metallurgical bonding between copper and aluminum is realized, and the problems of low conductivity and poor reliability of copper-aluminum joint are solved.
2. High conductivity, high mechanical strength, good reliability, low density, low cost, saving cost and resources.
3. Could customize any size hole and size as drawings.

 

Thickness	Width	Temper	Bonding strength	Copper ratio	Tensile strength	Elongation	DC Resistivity
3-100mm	≤1000mm	O	≥12N/mm	10-20%	90-150MPa	5-35%	<0.0245Ω.mm2/m