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A Comprehensive Introduction to the Origin, Production and Use of Beryllium
The plastic working process produces beryllium and beryllium alloys. The production of beryllium metal and beryllium-containing alloys began in the 1920s. During World War II, the beryllium industry received considerable big development. Since the mid-1960s, beryllium has been used in the aerospa...Read more -
Overview of Domestic Market of Beryllium Ore
Section 1 Analysis and Forecast of Beryllium Ore Market Status 1. Overview of market development Beryllium is widely used in machinery, instrumentation, tools and other industrial sectors and in submarine cable engineering. At present, the consumption of beryllium in beryllium copper and other be...Read more -
Why Use Beryllium Bronze for Plastic Molds
Beryllium copper is a supersaturated solid solution copper-based alloy. It is a non-ferrous alloy with good combination of mechanical properties, physical properties, chemical properties and corrosion resistance. After solid solution and aging treatment, it has high strength limit, elasticity and...Read more -
c17300 Beryllium Copper
Imported electrode anti-explosion beryllium bronze, C17300 high toughness and high elasticity beryllium copper strip, C17300 beryllium copper, C17200 beryllium bronze, C1720 beryllium bronze, C17300 beryllium bronze, beryllium bronze hardness, beryllium bronze chemical composition, beryllium bron...Read more -
Properties and Application Fields of C17200 Beryllium Copper
C17200 Beryllium Copper Standard: ASTM B194-1992, B196M-1990/B197M-2001 ●Features and applications: C17200 beryllium copper has excellent cold workability and good hot workability. C17200 beryllium copper is mainly used as diaphragm, diaphragm, bellows, spring. And has the characteristics of not ...Read more -
Hardness of Chromium Zirconium Copper Heat Treated
Chromium zirconium copper (CuCrZr) chemical composition (mass fraction)% (Cr: 0.1-0.8, Zr: 0.3-0.6) Hardness (HRB78-83) Electrical conductivity 43ms/m Softening temperature 550℃ Features Chromium zirconium copper has good electrical conductivity, thermal conductivity, high hardness, wear resistan...Read more -
The Difference Between Brass and Beryllium Copper
Brass is a copper alloy with zinc as the main additive element, which has a beautiful yellow color and is collectively referred to as brass. The copper-zinc binary alloy is called ordinary brass or simple brass. Brass with more than three yuan is called special brass or complex brass. Brass alloy...Read more -
The Difference Between Brass and Beryllium Copper
Brass is a copper alloy with zinc as the main additive element, which has a beautiful yellow color and is collectively referred to as brass. The copper-zinc binary alloy is called ordinary brass or simple brass. Brass with more than three yuan is called special brass or complex brass. Brass alloy...Read more -
Application Fields of Beryllium Bronze
In addition to its high hardness, strength and corrosion resistance, beryllium bronze has the following characteristics when used as a wear-resistant material: A film mainly composed of oxides is formed on the surface of beryllium copper, which has strong adhesion, autogenous and strong character...Read more -
Uses of Beryllium Copper Casting Alloys
Used as mold material Beryllium bronze casting alloy has high hardness, strength and good thermal conductivity equivalent (2-3 times higher than steel), strong wear resistance and corrosion resistance, and at the same time, it also has good casting performance, which can directly cast the surface...Read more -
Classification (category) and Uses of Beryllium Alloys.
According to different processing methods, beryllium bronze is divided into two categories: processing alloys and casting alloys (referred to as processing alloys and casting alloys). Beryllium bronze processing alloys are generally made into plates, strips, tubes, rods, wires, etc. by pressure p...Read more -
Properties of Beryllium
Beryllium, atomic number 4, atomic weight 9.012182, is the lightest alkaline earth metal element white. Beryl and emerald were chemicalized by French chemist Walkerland in 1798 found during analysis. In 1828 the German chemist Willer and the French chemist Bissy Pure beryllium is obtained by redu...Read more