Brass Parts Machining

Material Introduction

Professional Brass Parts Machining Solution
——Unleash the potential of every gram of material with excellent craftsmanship

Brass: the "King of Machinability." We turn its natural advantages—ease of machining, superb finish—into real competitive edges for your products.

Here's the value we deliver:

1. Unmatched Efficiency & Cost Control
We optimize high-speed cutting for brass, minimizing cycle times and tool wear. Efficient chip control ensures smooth, unmanned production for high-volume runs.

2. Precision & Superior Surface Quality
We deliver tight tolerances and near-mirror finishes straight from the machine—perfect for precision components and plating-ready surfaces.

3. Complete Machining + Finishing
We specialize in post-plating (Ni, Cr, Au, Ag) and chemical polishing to enhance corrosion resistance, wear resistance, and appearance.

4. Proven Across High-Value Industries
From precision connectors and valves to decorative hardware and electronics, our brass solutions meet demanding standards in:

Plumbing & Valves
Electronics & Electrical
Hardware & Decoration
Precision Instruments

We don't just make brass parts. We deliver performance, value, and aesthetics—perfectly balanced.

Tyepe	Typical Grade	Main features and performance	Applications
Common brass	H68(CuZn32)	The zinc content is approximately 32%, with relatively high strength, excellent plasticity and good corrosion resistance. The cutting performance is average.	Complex cold stamping parts, cartridge cases, heat exchanger tubes, and ornaments.
Free-cutting brass	HPb59-1(C36000)	"Fast-cutting brass", with lead distributed in the form of fine particles, has excellent cutting performance and a good surface finish, making it the preferred material for automatic lathe processing. It has high strength but poor plasticity.	Valves, plumbing fittings, screws, nuts, watch parts, electrical connectors - all large-batch turned parts with high surface finish requirements.
High-strength/wear-resistant brass	HMn58-2(CuZn40Mn)	Manganese is added to enhance strength, hardness and corrosion resistance, but its corrosion resistance in seawater is superior to that of ordinary brass. It has good cutting performance.	Wear-resistant parts in shipbuilding, such as bearings, bushings and gears.
	ZCuZn25AI6Fe3Mn3	Cast brass features extremely high strength, hardness and excellent wear resistance, approaching the performance of steel. Resistant to seawater corrosion.	Cast brass features extremely high strength, hardness and excellent wear resistance, approaching the performance of steel. Resistant to seawater corrosion.
Naval brass	HSn62-1(CuZn39Sn)	Adding tin significantly enhances its corrosion resistance to seawater, hence the name "naval brass". High strength and good cutting performance.	Marine components, condenser tubes and heat exchangers for Marine engineering.