Titanium prices are driven mainly by the titanium sponge feedstock cost, the grade and alloying additions, the product form and processing, order quantity, and logistics including freight and duties. Alloy and palladium-bearing grades (such as Grade 5, 7 and 23) cost more than commercially pure Grade 1 and 2, and small or highly processed orders […]
What Drives Titanium Prices? Grade, Form, Quantity and Logistics Read More »
ASTM B348 is the standard specification for titanium and titanium alloy bars and billets. It defines grade chemistry, mechanical properties and bar or billet condition. A complete ASTM B348 enquiry should state grade, diameter or section size, length, tolerance, condition, surface finish and certificate requirement. What ASTM B348 covers Beiyu Titanium is the international titanium
ASTM B348 Titanium Bar & Billet: Grades, Properties and How to Specify Read More »
ASTM B265 is the standard specification for titanium and titanium alloy strip, sheet and plate. It defines grade chemistry, mechanical properties, thickness range and flat-product requirements. A useful ASTM B265 enquiry should state grade, thickness, width, length, tolerance, surface condition and certificate requirement. What ASTM B265 covers ASTM B265 applies to titanium strip, sheet and
ASTM B265 Titanium Sheet & Plate: Grades, Properties and How to Specify Read More »
ASTM numbers titanium grades from Grade 1 upward and leaves 8, 10 and 22 unassigned, so the count depends on which standard and edition you read. About a dozen account for nearly all commercial ordering. They split into two families: commercially pure titanium, where oxygen and iron content sets the strength, and titanium alloys carrying
Titanium Grades Chart: All ASTM Grades Compared with UNS and Properties Read More »