Beryllium copper casting alloy and QSN6-6-3 tin bronze are two important alloy materials, and their composition content and physical properties determine their wide application in various fields. Next, we will take an in-depth look at the characteristics of these two alloys and their application in different fields.
First of all, let's understand the composition content and characteristics of beryllium copper casting alloys:
Ingredient content: Beryllium (BE) content is 25~2.85% with a cobalt (CO) content of 03~50.7%, silicon (Si) content is 02~0.35%, copper (cu) is the margin.
Physical properties: Beryllium copper casting alloy has high conductivity and high strength, and the density is 809g cm, melting point between 870°C and 950°C, thermal conductivity 020 - 0.30 cal cm cm sec °C, hardness not determined, but excellent wear resistance and high modulus of elasticity.
Beryllium copper casting alloys have been widely used in many fields due to their excellent physical properties and composition content, including:
Electronics industry: Due to its high conductivity and good strength, beryllium copper casting alloys are commonly used in conductive parts and connectors in electronic devices.
Aerospace: The high strength and wear resistance of beryllium copper cast alloys make them ideal materials for manufacturing components and structural parts in the aerospace sector, such as engine parts, turbine blades, etc.
Industrial manufacturing: In industrial manufacturing, beryllium copper casting alloys are used to manufacture parts with high strength and wear resistance, such as mechanical parts, tools and molds.
Medical devices: Due to their excellent biocompatibility and corrosion resistance, beryllium copper casting alloys are commonly used in the manufacture of components in medical devices and medical devices.
Chemical industry: Beryllium copper casting alloy is also widely used in the chemical field, used to manufacture pipes, valves, pumps and other equipment with high corrosion resistance and wear resistance requirements.
At the same time, let's take a look at the composition content and characteristics of QSN6-6-3 tin bronze:
Ingredient content: Tin (sn) content does not exceed 65%, and the impurity content does not exceed 01%。
Features: QSN6-6-3 tin bronze has excellent mechanical properties and wear resistance, suitable for pressure processing and casting, and is widely used in the manufacture of wear-resistant parts, sliding bearings, ship parts, etc.
In general, both beryllium copper casting alloys and QSN6-6-3 tin bronze have unique composition content and physical properties, which make them play an important role in electronics, aerospace, industrial manufacturing, medical devices, and chemical industries. Their ingredient content and performance characteristics are matched to the needs of different fields, driving the development and progress of various industries.