H96 brass is a common brass alloy with a series of excellent properties.
The chemical composition of H96 brass includes copper (Cu) content of 95.0% - 97.0%, zinc (Zn) as the balance, and a small amount of nickel (Ni) 0.5%, iron (Fe) 0.10%, lead (Pb) 0.03% and impurities 0.2%.
It has good performance and higher strength than pure copper. Although it is relatively low in ordinary brass, it can still meet many application requirements. It has good electrical and thermal conductivity, high corrosion resistance in the atmosphere and fresh water, good plasticity, easy cold and hot pressure processing, easy to form, weld, forge and tin, and no tendency to stress corrosion cracking.
The physical properties of H96 brass are also excellent, such as thermal conductivity of about 243.9 w/(m・k)-1 and density of 8.85. In terms of mechanical properties, the tensile strength is 240/450/MPa and the yield strength is 390 MPa. The elongation is generally ≥3% and the tensile strength is ≥320MPa.
H96 brass is widely used in currency, souvenirs, badges, fuse caps, enamel bases, waveguides, heat pipes, conductive devices and other fields. In industrial manufacturing, it is also often used to manufacture parts and industrial equipment. In terms of price, it fluctuates according to different specifications and market conditions.
In general, H96 brass plays an important role in many fields with its unique composition and performance characteristics.
Chemical composition of H96 brass
H96 brass is mainly composed of copper and zinc, of which the copper content is between 95.0%-97.0% and the zinc content is the balance. In addition, it also contains a small amount of impurity elements, such as iron (Fe) content is usually below 0.1%, lead (Pb) content is generally not more than 0.03%, and trace amounts of nickel (Ni), antimony (Sb), bismuth (Bi), phosphorus (P), etc. The presence and proportion of these elements have a certain impact on the performance of H96 brass. For example, trace amounts of iron can increase the strength and hardness of brass to a certain extent; the presence of lead helps to improve the cutting performance of brass; and the addition of nickel may improve the corrosion resistance of brass.
Performance characteristics of H96 brass
H96 brass has a series of excellent performance characteristics. Its strength is higher than that of pure copper, but it is at a lower level among ordinary brass. It has good electrical and thermal conductivity and shows high corrosion resistance in the atmosphere and fresh water. H96 brass has good plasticity and is easy to perform cold and hot pressure processing, such as extrusion, rolling, stamping, drawing, forging, etc. It is also easy to form, weld, forge and tin, and has no tendency to stress corrosion cracking. These performance characteristics make H96 brass widely used in many fields.
Physical properties of H96 brass
H96 brass has excellent physical properties. Its density is about 8.85g/cm³, its conductivity is about 28% IACS (International Annealed Copper Standard), its thermal conductivity is about 120W/m・K, and its melting point is between 950°C - 1050°C. Good electrical and thermal conductivity make H96 brass have certain applications in electrical and electronic fields. For example, it can be used to manufacture components such as waveguides and heat sinks to effectively transfer current and heat.
Mechanical properties of H96 brass
H96 brass also has excellent mechanical properties. Its tensile strength is usually above 320MPa, and its elongation is generally above 3%. The yield strength is about 80 - 100MPa, and the hardness is about 50 - 70HB (Brinell hardness). These mechanical properties show that H96 brass has good performance when subjected to tensile and compressive loads, and can meet some application scenarios with certain requirements for strength and plasticity.
Application fields of H96 brass
H96 brass has a wide range of applications. Due to its good hot and cold processing performance, corrosion resistance and conductivity, it is often used in currency, souvenirs, badges, detonators, shells, enamel bases, waveguides, heat pipes/sheets, conductive devices, etc. In the electronic and electrical fields, H96 brass can be used to manufacture connectors, sockets and other parts; in the construction and decoration industries, it can be used to make door and window accessories, hardware, etc.; in the field of mechanical manufacturing, it can be used to manufacture gears, bushings and other parts.
Price fluctuations of H96 brass
The price of H96 brass will fluctuate due to a variety of factors. The global economic situation plays an important role in its price. When economic growth slows down, the demand for brass may weaken, resulting in a drop in price; conversely, when the economy is booming, demand increases and prices may rise. The production cost of brass, including changes in raw material prices, energy costs, labor costs, etc., will also directly affect the price of H96 brass. In addition, factors such as the balance of market supply and demand, international trade policies, and exchange rate fluctuations will also have an impact on its price. For example, rising prices of raw materials such as copper and zinc will push up the production cost of H96 brass, which may lead to an increase in its market price.
In summary, H96 brass plays an important role in many fields with its unique chemical composition and excellent performance characteristics. Although its price fluctuations are affected by many factors, its application prospects are still broad with the development of related industries and market regulation.
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