Knowledge

Grade 2 titanium is one of the most formable titanium alloys and is not inherently prone to cracking in deep drawing under proper process conditions.

When welding Grade 2 commercially pure titanium, strict and effective gas shielding is the most critical requirement, because titanium is highly reactive with oxygen, nitrogen, hyd

Grade 2 is unalloyed (commercially pure) titanium, so it cannot be strengthened by heat treatment like precipitation-hardening alloys.

Grade 2 commercially pure titanium exhibits excellent corrosion resistance in high-temperature and high-pressure water, making it one of the most widely used metallic materials for

Grade 2 welded tubes and seamless tubes differ significantly in manufacturing process, structure, performance, and application fields.

Grade 2 commercially pure titanium has excellent and stable low-temperature impact toughness, even at extremely low temperatures.

Both Grade 2 and Grade 4 are commercially pure titanium grades, not alloys. Their main difference lies in interstitial element contents, especially oxygen and iron, which directly

Grade 2 is commercially pure titanium, and its creep resistance is relatively low compared with titanium alloys, but it still exhibits predictable and usable behavior at moderate e

For Grade 2 commercially pure titanium, the maximum hydrogen content specified in international standards such as ASTM B265 and AMS 4921 is strictly controlled at 0.015 wt% (150 pp

Grade 2 commercially pure titanium is very suitable for deep drawing and spinning.

For welding Grade 2 commercially pure titanium, the most commonly used and recommended matching welding wire is ERTi-2 (AWS A5.16 standard), which is chemically and mechanically eq

Grade 2 commercially pure titanium has excellent corrosion resistance to most organic acids under typical industrial conditions.