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Titanimu Alloy Steel Pipe GB/T 3625—95 for Heat Exchanger and Cold Condensors Material : Titanimu alloy steel, Characteristic of the material:e High strength ,low density,good mechanical property ,good tenacity.good corrosion resistanc. It can be made by seamless and welded.and widely apply in power generation,Aerospace,oil and gas ,chemical processing. Available size list: Cold drawn Seamless pipes with Ti and Ti alloy grade condition Diameter/mm Wall thickness /mm 0.5 0.6 0

Torich International Co.,Ltd can produe and supply Titanium Alloy Steel Pipe according to Chinese technical standard of GB/T 3620, which is the designation and composition of Titanium and Titanium Alloys Titanium Alloy Steel Grade and Chemical Composition: TA1ELI, TA1, TA1-1, TA2ELI, TA2, TA2, TA3ELI, TA3, TA4ELI, TA4, TA5(Ti-4Al-0.005B), TA6 (Ti-5Al), TA7,TA7ELI (Ti-5Al-2.5Sn), TA8(Ti-0.05Pd),TA8-1(Ti-0.05Pd), TA9(Ti-0.2Pd),TA9-1(Ti-0.2Pd), TA10(Ti-0.3Mo-0.8Ni). Table1

Alloy Steel Pipe Nimonic90 Nimonic90 feature: Strengthening type nickel-base wrought superalloy High amounts of cobalt and a variety of strengthening elements A higher tensile strength and creep resistance in the 815 ~ 870 ℃ good resistance to oxidation Corrosion resistance In hot and cold alternately repeated under the action of a higher fatigue strength and good formability and weldability. Size :OD 6-530mm,WT 0.5-50mm,Length1-12m Torich steel pipe material Nimonic 90

Aircraft material Alloy Steel Pipe Nimonic90 Size : OD:6-530mm WT:0.5-50mm Length:1-12m Application : Aerospace fasteners, aviation, electric power, petrochemical, shipbuilding, machinery, electronics, environmental protection and other industries. Material Feature: High amounts of cobalt and a variety of strengthening elements . A higher tensile strength and creep resistance in the 815-870 ℃ Good resistance to oxidation Good corrosion resistance In hot and cold alternately

Alloy Steel Pipe Nimonic80A Torich Steel Pipe made from material Superalloy Nimonic80A, This material is a nickel-chromium matrix,the additiona of aluminum,titanium . Feature: Good creep resistance Good oxidation resistance Good thermal processing performance Application:Gas turbine hot section components Chemical component: C:0.04-0.10 Cr:18.0-21.0 Ni:- Al:1.00-1.80 Ti:1.8-2.7 Co:2.0 max Fe:1.50 max B:0.008 max Mn:0.40 max Si:0.80 max P:0.020max S:0.015max Ag 0.50 max Bi:0

Alloy Steel Pipe Incoloy seamless steel pipe 825 Chemical composition: Ni %:38-46 Cr %:19.5-23.5 Fe:Remained. C%:0.025 Mn%:1.0 Si%:0.5 Cu%:1.5-3.0 Mo%:2.5-3.5 Al%:0.2 Ti%:0.6-1.2 P%:0.02 S%:0.01 ​Characteristic: Good resistance to stress corrosion cracking. Good resistance to pitting and crevice corrosion. Good resistance to oxidatiom and non-oxidizing acidic heat energy. At room temperature and temperatures up to 550℃ have the good mechanical properties. Have certified

B163 Alloy Steel Pipe Incoloy800HT Incoloy 800HT Chemical composition: Ni :30.0-35.0 Cr:19.0-23.0 Fe:39.5 C:0.06-0.1 Mn:1.5 Si:1.0 S:0.015 Cu:0.75 Al:0.15-0.60 Ti:0.15-0.60 Metallographic structure: face-centered cubic structure,The extreme low carbon element content ,improve the rate of Ti:C ,so that it also improve the structural stability, intergranular corrosion resistance.950℃ low temperature annealing assure the crystal structure. Mechanical properties: Mechanical

Alloy Steel Pipe Incoloy A-286 Charactistic of material: Chemical composition: C: ≤0.08 Cr:13.5-16.0 Ni:24.0-27.0 Mo:1.00-1.50 Ti:1.75-2.30 Fe:remaind V:0.10-0.50 B:0.001-0.010 Mn:1.00-2.00 Al ≤0.04 Si:≤1.00 P:≤0.030 S:≤0.020 Fe-25Ni-15Cr base superalloy + molybdenum,titanium,aluminum,Vanadium Physical properties: Density 7.94 g/cm³ 0.287 lb/in³ Melting Point 1430°C 2600°F Coefficient of Expansion 16.4 μm/m °C (20 - 100°C) 9.1 x 10-6 in/in °F (70 - 212°F) Modulus of Rigidity

Alloy Steel Pipe HastelloyX Hastelloy X is a kind of nickel-based superalloy with high iron content, which is mainly solution strengthened by chromium and molybdenum solution strengthening. It has good resistance to oxidation and corrosion resistance. It has good cold & hot formability and weldability because its moderate lasting and creep strength under 900℃. Used in the manufacture of aircraft engine combustion chamber components and other high temperature components. It