H96 Brass Chemical Composition
H96 copper alloy is primarily composed of copper and zinc, with copper content ranging between 95.0% and 97.0%, and zinc making up the remainder. Additionally, it contains trace amounts of elements such as nickel (≤0.5%), iron (≤0.10%), lead (≤0.03%), and others, with the total impurity content not exceeding 0.2%.
H96 Brass Performance Characteristics
Mechanical Properties: The strength of H96 brass is higher than that of pure copper but the lowest among ordinary brass alloys. Its tensile strength is typically ≥320 MPa, with an elongation ≥3%, demonstrating good plasticity and toughness.
Physical Properties: H96 brass exhibits excellent electrical and thermal conductivity, making it suitable for applications requiring efficient heat transfer or electrical conduction. At the same time, it shows high corrosion resistance in atmospheric and freshwater environments and has no tendency for stress corrosion cracking.
Processing Performance: H96 brass is easy to process through both cold and hot pressure methods, and it can be easily formed, welded, forged, and tin-plated. This provides high flexibility and adaptability during manufacturing.
H96 Brass Application Areas
General Mechanical Manufacturing: H96 brass is commonly used to manufacture components such as conduits, condenser tubes, radiator tubes, and heat dissipation fins. These parts require good heat transfer performance and corrosion resistance, which H96 brass adequately meets.
Automotive Industry: In the automotive industry, H96 brass can be used to manufacture components such as automotive radiator strips. These parts need to withstand high-temperature and high-pressure working environments, and the excellent properties of H96 brass make it an ideal choice.
Electrical Conducting Components: Due to its excellent electrical conductivity, H96 brass is also suitable for manufacturing electrical conducting parts such as wires and cables.
H96 Brass Mechanical Properties
|
Performance Parameter |
Value |
Test Condition |
|
Tensile Strength (σb) |
205-320 MPa |
Varies with condition (M/Y) |
|
Elongation (δ10) |
3%-45% |
Up to 45%(M) |
|
Hardness (HV) |
45-105 |
Tube hardness (Y) |
|
Annealing Temperature |
540-600°C |
To relieve internal stress |
|
Hot Working Temperature |
640-850°C |
Recommended range |
H96 Brass Advantages
Balanced Overall Performance: A combination of electrical conductivity, corrosion resistance, and workability, with high cost-effectiveness.
No Stress Corrosion Tendency: Suitable for long-term exposure to humid environments.
Wide Range of Forms Available: Supports customization in bars, plates, tubes, and other forms.
Our product range
Our factory is a professional manufacturer of copper and copper alloy products, specializing in the export of high-quality copper materials. We possess modern production facilities and a strict quality control system, employing advanced production processes and technologies from raw material smelting to final product forming. The factory is equipped with precision extrusion, drawing, rolling, and heat treatment equipment, enabling the production of various specifications of copper pipes, copper plates, copper strips, copper rods, copper wires, and special profiles. We particularly excel in producing standard-grade brass products such as H96, H90, and H62, while also customizing chemical compositions, dimensional specifications, and surface treatments based on customer requirements. Certified with the ISO 9001 quality management system, our products comply with international standards such as ASTM, EN, JIS, and GB. They are widely used in construction, electronics, machinery, automotive, and other industries and are exported to over 50 countries and regions worldwide. We are committed to providing high-quality products and professional services, making us your reliable copper material partner.
Copper product packaging
We adopt professional, safe, and environmentally compliant international standard packaging solutions. All products are custom-packaged according to their form and transportation requirements: pipes are reinforced with moisture-proof woven bags or wooden crates, with protective sleeves added to the ends; plates and strips are wrapped in anti-rust paper and placed in dry wooden crates or on pallets, with special protection for the edges; wires and rods are wrapped in waterproof film and secured on pallets or bundled wooden crates. All packaging includes clear labels detailing product specifications, grades, batch numbers, and shipping marks. Additionally, moisture-proof and anti-rust treatments are applied to withstand long-distance sea transport or special climate conditions, ensuring that the goods remain intact during transportation and storage. Our packaging meets the import standards of various countries.
