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The Best-performing Advanced Elastic Material in Copper Alloys
Beryllium copper as a castable wrought alloy beryllium copper alloy, also known as beryllium bronze, beryllium copper alloy. It is an alloy with good mechanical, physical and chemical comprehensive properties. After quenching and tempering, it has high strength, elasticity, wear resistance, fatig...Read more -
C18000 Chrome-Nickel-Silicon-Copper
C18000 belongs to the American standard chromium-nickel-silicon-copper, and the executive standard: RWMA Class 2 (ASTM is the abbreviation of American Society for Testing and Materials,) C18000 chrome-nickel-silicon-copper features: high strength and hardness, electrical and thermal conductivity,...Read more -
The Hardness of Beryllium Copper
The hardness before quenching is 200-250HV, and the hardness after quenching is ≥36-42HRC. Beryllium copper is an alloy with good mechanical, physical and chemical comprehensive properties. After quenching and tempering, it has high strength, elasticity, wear resistance, fatigue resistance and he...Read more -
Properties of Metal Beryllium
Beryllium is steel gray, light (density is 1.848 g/cm3), hard, and it is easy to form a dense oxide protective layer on the surface in the air, so it is relatively stable at room temperature. Beryllium has a melting point of 1285°C, much higher than other light metals (magnesium, aluminum). There...Read more -
National Defense Military Material Beryllium
The strategic position of metal beryllium materials is further improved, and the industrial development depends on the national defense and military industry The development of high-tech and scientific and technological progress, as well as the role of the inter-state arms race in promoting beryl...Read more -
Beryllium Copper Alloy in Resistance Projection Welding
Many of the problems of beryllium copper in resistance spot welding can be solved with resistance projection welding (RPW). Due to its small heat affected zone, multiple operations can be performed. Different metals of different thicknesses are easy to weld. in resistive Projection welding uses w...Read more -
Application of Beryllium Copper Alloy in Resistance Spot Welding
There are two types of beryllium copper alloys. High strength beryllium copper alloys (Alloys 165, 15, 190, 290) have higher strength than any copper alloy and are widely used in electrical connectors, switches and springs. The electrical and thermal conductivity of this high-strength alloy is ab...Read more -
Application of beryllium copper in welding
Resistance welding is a reliable, low-cost, and effective method of permanently joining two or more pieces of metal together. Although resistance welding is a real welding process, no filler metal, no welding gas. There is no excess metal to remove after welding. This method is suitable for mass ...Read more -
Beryllium Copper Strip for Automotive Electronic Components
Automotive electronic components are an important consumer of beryllium copper strip, and one of the main uses is in automotive engine compartment parts, such as engine control systems, which operate at higher temperatures and are subject to severe vibrations. Vehicles produced in North America, ...Read more -
What are the Important Uses of Beryllium?
Beryllium has the strongest ability to transmit X-rays and is known as “metallic glass”. Its alloys are irreplaceable strategic metal materials in aviation, aerospace, military, electronics, nuclear energy and other fields. Beryllium bronze is an elastic alloy with the best performanc...Read more -
What are the Important Properties of Beryllium?
Beryllium, the content of which is 0.001% in the earth’s crust, the main minerals are beryl, beryllium and chrysoberyl. Natural beryllium has three isotopes: beryllium-7, beryllium-8, and beryllium-10. Beryllium is a steel gray metal; melting point 1283°C, boiling point 2970°C, density 1.85...Read more -
A “Trump Card” in Aerospace Materials
We know that reducing the weight of a spacecraft can save on launch costs. As an important light metal, beryllium is much less dense than aluminum and stronger than steel. Therefore, beryllium is an extremely important aerospace material. Beryllium-aluminum alloys, which have the advantages of bo...Read more