Titanium Plate is used in many difficult applications across the aerospace, medical, industrial, and oil and gas industries. Titanium Plate is selected for its unique combination of high strength, light weight, corrosion resistance, biocompatibility, and higher temperature performance. Our Titanium plate meets numerous AMS and ASTM standards.
Tungsten Heavy Alloy Plate is an important material in the aerospace, military, medical industries. It is because that tungsten heavy alloy plate is characterized by low thermal expansion, high density, radiation absorption and high thermal and electrical conductivity.
Zirconium Plate has a medium density between aluminum plates and 304 grade stainless steel plates. Zirconium plates are used in a wide variety of industries to fit a range of roles. Commonly seen as components in refractories and other high-heat role, the very high melting point of pure zirconium makes this metal ideal for work at temperatures where other metals may grow soft or melt. This property is sought-after in superalloys containing zirconium – which lends its high melting point and resistance to creep to the superalloy, creating superior jet engine turbines and other components that can perform well at high temperatures.
The most important use for zirconium plate is in the nuclear power industry, where the plates are used as cladding for nuclear fuels. As zirconium has an extremely low neutron-capture cross-section, it works as an effective shield for the nuclear fuels, preventing the reaction from growing too large or becoming a chain reaction.
- We provide Zirconium sheets (Zr sheets) and Zirconium plates (Zr plates) 0.3mm-80mm thick and material grades of R60702, R60704, and R60705.
- We manufacture and supply the widest range of titanium wire products. CP Titanium or Titanium Alloys produced as spooled, coiled and straight wire. Our production is aligned to ASTM B863 and AWS A5.16 standards.
- Sintered titanium sheet is made of spherical or irregularly shaped metal or alloy powder by forming and sintering. The internal pores of the material are crisscrossed and interconnected, generally with 15% - 60% volume porosity, and a pore size of 1 - 100 microns.
- The manufacturing standard of titanium sheets and plates can be ASTM B265, AMS4902, AMS4911, ASTM F67, ASTM F136 or as per customer request, for aerospace titanium alloy plate and medical titanium sheet must be tested with UT100% unconditionally with good microstructure level or customized requests is available.
- Compared with traditional electrodes, Ir-Ta MMO electrodes present better electrochemical stability under a sulfate/chloride environment and longer service life.
- Our niobium strips and foils are made by cold rolling of niobium plates. In terms of processing technology, we always carry out appropriate vacuum annealing to improve the deformability of the strip and ensure that the niobium foil can be further stretched, bent, or stamped.
- The manufacturing standard of titanium sheets and plates can be ASTM B265, AMS4902, AMS4911, ASTM F67, ASTM F136 or as per customer request, for aerospace titanium alloy plate and medical titanium sheet must be tested with UT100% unconditionally with good microstructure level or customized requests is available.
