Blog & Technical Notes
Material comparisons, ASTM/AMS standard explainers, machining and corrosion guides, and practical buying advice for titanium products.
Grade 2 is commercially pure titanium prized for corrosion resistance and formability; Grade 5 (Ti-6Al-4V) is an alloy with roughly double the strength. Here's how to choose.
ASTM B265 covers titanium and titanium-alloy strip, sheet and plate. This guide explains the grades, thickness ranges, mechanical requirements and what to specify when ordering.
ASTM B348 is the standard specification for titanium and titanium-alloy bar and billet. Learn the grades, conditions and what the spec controls.
ASTM B381 is the standard for titanium and titanium-alloy forgings. This guide covers grades, forging classes, testing and ordering details.
ASTM B338 covers seamless and welded titanium tube for condensers and heat exchangers. Here are the grades, dimensions and key requirements.
Weld Neck, Slip-On, Blind, Socket Weld, Threaded and Lap Joint — a plain-English guide to the six common titanium flange types and where each is used.
Titanium machines differently from steel: low thermal conductivity and work-hardening demand sharp tools, rigid setups, generous coolant and the right speeds and feeds.
Titanium owes its corrosion resistance to a self-healing TiO2 oxide film. Here's where titanium excels, where to add palladium grades, and its limits.
Strength-to-weight, fatigue resistance, high-temperature performance and corrosion resistance make titanium essential to airframes and engines.
Titanium is lighter, stronger by weight and more corrosion-resistant than stainless steel — but costs more. Here's a practical comparison.
Aluminium is lighter and cheaper; titanium is far stronger, more heat-tolerant and more corrosion-resistant. Here's how to choose.
Titanium heat exchangers resist seawater and fouling, last for decades and stay thin-walled for efficient heat transfer. Here's why operators specify them.
Titanium fasteners are light, strong and corrosion-proof. This guide covers grades, strength, galling prevention and where titanium bolts make sense.
Pipe is sized by nominal bore and schedule for fluid transport; tube is sized by exact OD and wall for precision and heat transfer. Here's the difference.
From chlor-alkali cells to acid coolers and reactor liners, titanium handles aggressive chemicals where stainless fails. Here are the main uses.
From billet heating to die forging, heat treatment and inspection — a step-by-step look at how titanium forgings are produced and why grain flow matters.
Precision titanium CNC machining covers turning, milling, 5-axis work, Wire EDM and finishing — producing parts and assemblies to your drawing.
Pickling, polishing, anodizing, blasting and passivation each serve a purpose — from clean oxide removal to color coding and improved wear. Here's a guide.
From Grade 1 to Grade 23, titanium grades fall into commercially pure, alpha-beta alloys and corrosion-enhanced grades. Here's a clear overview.
Certifications, traceability, grade range, machining capability and responsiveness separate a reliable titanium supplier from a reseller. Here's a checklist.
