Heat Exchanger Welded Titanium Tubing Gr.2 UNS R50400 ASME SB338 Standard

ASME SB338 Gr.2 Seamless Titanium Tube UNS R50400 Heat Exchanger Titanium Tubing

Titanium is the ninth most abundant element in the earth's crust and the fourth most commonly used structural metal. In nature, it occurs only as a mineral (ore) in combination with oxygen or iron (rutile, TiO2, or ilmenite, FeTiO3).

Titanium is a lightweight material whose density is approximately 60 percent of steel's and 50 percent of nickel and copper alloys'. It was recognized in the 1950s as a desirable material for aerospace applications—especially airframe and engine components. In the 1960s and 1970s, titanium was considered for use in vessels and heat exchangers in corrosive chemical process environments. Typical applications included marine, refinery, pulp and paper, chlorine and chlorate production, hydrometallurgy, and various other oxidizing and mildly reducing chemical services.

Titanium has low density, slightly over half that of steel, Alloys with additives such as aluminum and vanadium will get high strength. it makes the titanium use in many industries and markets.

Titanium seamless & welded tubing has double the strength of aluminium & ASMESB338 Titanium Tube is about 60% denser than aluminium. Titanium NCF Tubes is a silvered colored metal with low density and high strength. Titanium Micro Tubes are strong and lightweight making them ideal for automotive, aerospace, military and industrial applications. ASTM B338 Titanium Alloy boiler tubes is considered to be one of the strongest metals. These applications range from medical implants to airplanes and ships. Pure Titanium condenser tube is strong and corrosive resistant.

Titanium grade 2 is a commercially pure titanium and the most commonly used type of titanium for industrial applications. The alloy is used primarily for its corrosion resistance to pitting, crevice and cavitations corrosion, erosion and stress corrosion cracking in salt water, and a broad range of acids, alkalis and industrial chemicals. Titanium is a low density material with a high strength to weight ratio.

Characteristics:

Excellent resistant to oxidizing or mildly reducing media

Good impact properties at low temperatures

Very good resistance to corrosion and erosion by seawater and marine atmospheres

Good ductility and formability

Easy weld ability

Market applications:

Petrochemical

Aerospace

Medical equipment

Oil and gas

Seawater equipment

Chemical Composition:

Mechanical & Physical Properties:

Specifications: