Corrosion-resistant containers feature a variety of industrial titanium 304 is a versatile industrial titanium container, it is widely used in the manufacture induction outstanding demand function (corrosion resistance and formability) of equipment and parts. 301 Industrial titanium container in the deformation show significant work hardening representation, is used in various occasions demand high strength. 302 titanium container industry is essentially a higher carbon content of 304 industrial titanium container variant, after cold-rolled high strength allows it to obtain. 302B is a high silicon content of titanium container industry, it has a high resistance to high temperature oxidation function. 303 and leave 303Se is rich in sulfur and selenium-cutting titanium container industry, cutting demand for primary and table Guanghao high occasions. 303Se titanium container used in the manufacture of industrial demand hot forging of parts, because in such conditions, this titanium container industry has outstanding hot workability. 304L is a low carbon content of 304 industrial titanium container variant, the demand for welding applications. Lower carbon content makes near the weld heat affected zone of the separation to minimize carbide, carbide and titanium separation can cause the container industry in some environments between the onset of corrosion (weld corrosion) . 304N is a nitrogen-containing titanium container industry, add nitrogen to the progress of titanium strength. 305 and 384 industrial titanium container-rich high nickel, the hardening rate is low, suitable for cold forming of high demand for a variety of occasions. 308 titanium container industry for the manufacture of electrodes. 309,310,314 and 330 nickel titanium container industry, the chromium content is higher, for the advancement of titanium antioxidant and creep strength at high temperatures. The 30S5 309 and 310 and 310S but industrial titanium container variant, not the same as those of the lower carbon content only, in order to make the separation of adjacent weld to minimize carbide. 330 titanium container industry has a particularly high resistance to carburization and thermal shock resistance. 316 and 317 container-rich titanium aluminum industry, which in the marine environment and the chemical industry resistance to pitting can greatly better than the 304 industrial titanium container. 316N high strength industrial titanium container and combined with higher sulfur content during container cutting industrial titanium, titanium container industry by 316 variants include low-carbon industrial titanium container 316L, nitrogen 316F. 321,347 and 348 are parting with titanium, niobium plus tantalum, niobium titanium stable of industrial containers, suitable for high temperature use of welded components. 348 is a container for industrial titanium nuclear power industry, the combined amount of tantalum and drilling has certainly constraints.

   Corrosion-resistant containers feature a variety of industrial titanium

304 is a versatile industrial titanium container, it is widely used in the manufacture induction outstanding demand function (corrosion resistance and formability) of equipment and parts.
301 Industrial titanium container in the deformation show significant work hardening representation, is used in various occasions demand high strength.
302 titanium container industry is essentially a higher carbon content of 304 industrial titanium container variant, after cold-rolled high strength allows it to obtain.
302B is a high silicon content of titanium container industry, it has a high resistance to high temperature oxidation function.
303 and leave 303Se is rich in sulfur and selenium-cutting titanium container industry, cutting demand for primary and table Guanghao high occasions. 303Se titanium plate for sale container used in the manufacture of industrial demand hot forging of parts, because in such conditions, this titanium container industry has outstanding hot workability.
304L is a low carbon content of 304 industrial titanium container variant, the demand for welding applications. Lower carbon content makes near the weld heat affected zone of the separation to minimize carbide, carbide and titanium separation can cause the container industry in some environments between the onset of corrosion (weld corrosion) .
304N is a nitrogen-containing titanium container industry, add nitrogen to the progress of titanium strength.
305 and 384 industrial titanium plates container-rich high nickel, the hardening rate is low, suitable for cold forming of high demand for a variety of occasions.
308 titanium container industry for the manufacture of electrodes.
309,310,314 and 330 nickel titanium container industry, the chromium content is higher, for the advancement of titanium antioxidant and creep strength at high temperatures. The 30S5 309 and 310 and 310S but industrial titanium container variant, not the same as those of the lower carbon content only, in order to make the separation of adjacent weld to minimize carbide. 330 titanium container industry has a particularly high resistance to carburization and thermal shock resistance.
316 and 317 container-rich titanium aluminum industry, which in the marine environment and the chemical industry resistance to pitting can greatly better than the 304 industrial titanium container. 316N high strength industrial titanium container and combined with higher sulfur content during container cutting industrial titanium, titanium container industry by 316 variants include low-carbon industrial titanium container 316L, nitrogen 316F.
321,347 and 348 are parting with titanium, niobium plus tantalum, niobium titanium stable of industrial containers, suitable for high temperature use of welded components. 348 is a container for industrial titanium nuclear power industry, the combined amount of tantalum and drilling has certainly constraints.