CuZn10 Lead Free Brass Wires

Product Description

CuZn10 Lead Free Brass Wires

We are one of the leading manufacturer and suppliers of Lead-Free Brass Wire with the using of the high quality of material, as per the industry standards.

• IS4413

• CuZn37

• DTD-627

• 60:40 Brass

Chemical Requirements	CuZn40	CuZn35	CuZn37	CuZn30
Copper	59.0 - 62.0%	63.0 - 68.5%	62.0 - 65.0%	60.5 - 71.50%
Lead	0.75% max	0.05% max	0.30% max.	0.05% max.
Iron	0.10% max	0.05% max	0.10% max	0.05% max.
Total Imp.	0.30% max	0.30% max	0.60% max	0.30% max
Zinc	Remainder	Remainder	Remainder	Remainder

Physical Properties
Condition	T.S. MPa	EL% Min	T.S. MPa	EL% Min
Annealed (O)	325 Min	35%	315 Min	45%
Half-Hard (HB)	460-620	-	460-620	-
Hard (HD)	660-775	-	620 min	-

Fabrication Properties
Capacity for being
Cold forming	Excellent
Machinability Rating	40%
Bending	Excellent
Riveting	Excellent
Forging	Excellent

Uses

Suitable for cold Heading, Forging, End Pressing & Bending

 

Versatile Applications and Unmatched Quality

CuZn10 Lead Free Brass Wires are extensively used across the automotive, electrical, jewellery, electronics, and engineering sectors, thanks to their high purity and excellent mechanical properties. The wires good machinability and thermal/electrical conductivity make them ideal for demanding applications. Manufacturers supply them in various tempers and diameters, ensuring customization to precise specifications. Their bright, golden-yellow finish adds both functional and aesthetic value to industrial and creative projects alike.


Reliable Performance and Safe Alloying

With a melting point of approximately 902C and advanced corrosion resistance, CuZn10 Lead Free Brass Wires deliver consistent performance even in harsh environments. Their low lead content ensures safe usage and RoHS compliance, making them environmentally preferable. Strict adherence to international standards (EN 12166 / DIN 17660) guarantees product integrity and reliable quality for all critical engineering solutions, supporting efficiency and longevity in end-use applications.