Chromium alloys have high strength and corrosion resistance, and alloys composed of iron and nickel are commonly known as stainless steel. Nickel chromium is two metal elements, both can be alloyed with iron, aluminum, silicon, carbon, sulfur and other impurities into nickel chromium wire. Nickel - chromium wire has high resistivity and heat resistance, is electric furnace, electric soldering iron, iron and other electric heating elements. Read More »

At present, the consumption of graphite is shifting from traditional industry to strategic emerging industry. As a new functional material, expanded graphite has many excellent properties, such as low density, light weight, high and low temperature resistance, non-toxic, harmless, environmental protection and energy saving, etc. It is recognized as one of the products with the most use value and application prospect in carbon materials. Read More »

Aluminum lithium​ alloy has been one of the most competitive materials in modern aerospace equipment design and has broad application prospects. Read More »

Castings are the main use of aluminum-silicon alloys, although some sheet or wire is made for welding and brazing, and some of the piston alloys are extruded for forging stock. Often the brazing sheet has only a cladding of aluminum-silicon alloy and the core consists of some other high melting alloy. Read More »

On May 6, "Neutron Scattering Research Exchange of Key Structural Materials" was held at the Institute of Metals.Chinese spallation neutron source of neutron science arrogant He Lunhua researcher, director tian liang, the deputy director of the metal Liu Gang researcher, advanced steel dian-zhong li Read More »

Antimony is a bluish-white brittle metal. It has low thermal and electrical conductivity. Antimony is stable in air at room temperature, but forms antimony trioxide (Sb2O3) if heated. Upon melting, it can be used to strengthen and harden other metals.Antimony Ingots have high corrosion and oxidation Read More »

Scientists have used a new technique to create a copper/carbon nanotube composite 10 cm long and 4 cm wide, according to the official website of the Oak Ridge National Laboratory.This material can increase the current capacity of copper wire and can be scaled. It is a new material for ultra-efficien Read More »