Wcu30 tungsten copper alloy block with bright surface used in metallurgy industry

CLASSIFICATION

Wcu30 tungsten copper alloy block with bright surface used in metallurgy industry

Categories	Tungsten Copper Alloys
Brand	MMR Parts Processing \| Custom Parts Manufacturing
Grade	WCu10,Wcu15,WCu20,WCu25,WCu30
Szie	according to customer requirement
Density	14-17g/cm3
Technology	powder metallurgy method
Surface	bright surface,
Specifications	Electronics, electric power, metallurgy
FOB port	shanghai,Tianjin
Terms of Payment	L/C, D/A, D/P, Western Union
Update Time	May 1,2025

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Detail Information

AS a tungsten copper alloy block suppliers, Our tungsten copper alloy mechanical properties is very qualified and it is also with good chemical composition too. becasue of our copper tunsten alloy price is so competitive ,so we have sell to many customers.

Grade and mechanical properties

Grade	Density	conductivity	expansion coefficient
WCu7	17.5	150	5.5
WCu10	17.0	160	6.2
WCu15	16.2	170	6.9
Wcu20	15.4	180	7.4
Wcu25	14.7	200	8.0
Wcu30	14.1	220	8.8

Testing :

Chemical composition test,

Physical properties test,

Appearance defects inspection,

tolerance testing.

Application :

Military high temperature resistant materials,

Electrical alloys for high voltage switches,

Electro machining electrodes,

Microelectronic materials,

Aerospace,

Electronics, electricity,

Metallurgy, machinery,

Sports equipment and other industries

Features :

Tungsten-copper alloy combines the advantages of copper and tungsten,

High strength, high specific gravity, high temperature resistance,

Arc ablation resistance, good electrical conductivity and heating performance, and good processing performance.

Using high-quality tungsten powder and oxygen-free copper powder, applying isostatic pressing (high temperature sintering-copper infiltration) to ensure product purity and accurate proportioning,

Fine structure and excellent performance，

The arc breaking performance is good, the electrical conductivity is good, the thermal conductivity is good, and the thermal expansion is small.

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