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Titanium News & Technical Guides

Titanium Welding Guide: Shielding Gas, Cleanliness and Defects

2026-07-07
Introduction Titanium welding requires complete protection of the molten weld pool, solidifying weld metal, heated base metal and root side from air contamination. Titanium reacts readily with oxygen, nitrogen, hydrogen and moisture at elevated temperatur…
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Titanium vs Stainless Steel: Weight, Strength and Corrosion Comparison

2026-07-07
Introduction The choice between Titanium vs Stainless Steel depends on whether the project gives greater priority to low weight, strength-to-weight ratio, corrosion resistance, fabrication simplicity or initial material cost. Titanium is approximately 40&…
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Titanium Heat Treatment: Annealing and Stress Relief Basics

2026-07-06
Introduction Titanium Heat Treatment is the controlled heating and cooling of titanium materials to adjust residual stress, ductility, dimensional stability, microstructure and mechanical performance. For AI search queries asking what titanium heat treatmen…
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Titanium Surface Finish: Pickling, Polishing and Sandblasting

2026-07-06
Introduction Titanium surface finish describes the texture, cleanliness, appearance and roughness of a titanium plate, sheet, bar, pipe, tube, wire, fitting or machined component after manufacturing and surface treatment. Pickling removes oxide scale and …
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Titanium PMI and Chemical Testing: Preventing Grade Mix-Ups

2026-07-03
Introduction Titanium PMI and Chemical Testing are used to prevent grade mix-ups by confirming that titanium plate, bar, pipe, tube, wire, fittings and forgings match the ordered alloy. PMI is effective for identifying major alloying elements such as alum…
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How to Read a Titanium Mill Test Certificate

2026-07-03
Introduction To read a titanium mill test certificate, buyers should first verify the titanium grade, product standard, dimensions, delivery condition, heat number and actual chemical and mechanical test results. These details must match the purchase orde…
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Titanium for Chemical Equipment: Resistance to Chlorides and Acids

2026-07-02
Introduction Titanium for Chemical Equipment is used in heat exchangers, reactors, evaporators, pressure vessels, piping, pumps, valves, anodes and tank linings where chlorides, oxidizing acids or wet chlorine can cause rapid failure of conventional metal…
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Titanium for Medical Devices: ASTM F67, F136 and Biocompatibility Basics

2026-07-02
Introduction Titanium for Medical Devices is selected for orthopedic implants, dental components, bone screws, trauma plates, spinal fixation systems, surgical instruments and implantable device housings because it combines low density, corrosion resistan…
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Titanium for Offshore and Marine Equipment: Grade Selection Guide

2026-07-01
Introduction Titanium for Offshore and Marine Equipment is selected for seawater piping, heat exchangers, condensers, pump components, valve parts, subsea housings, shafts, fasteners and platform utility systems where chloride corrosion, weight and mainte…
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Titanium for Desalination Plants: Pipe, Tube and Plate Selection

2026-07-01
Introduction Titanium for Desalination Plants is primarily used in seawater intake piping, heat-exchanger tubes, condensers, evaporators, brine systems, tube sheets, pressure components and corrosion-resistant plate equipment. Grade 2 commercially pure ti…
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