Titanium mesh is mainly used for screening and filtering in acidic and alkaline environments or for separating gases, liquids, and other materials. There are three weaving methods: plain weave, twill weave, and dense weave. Because it’s hard to draw titanium wire, the finest titanium wire currently available can reach 0.05 mm, but it has low flexibility, high strength, and good elasticity. This makes it difficult to produce titanium mesh with a high number of openings (high mesh).

• Implementation standard: GB/T12769-2003
• Grades: ZTA1, TA1 ZTA2, TA2 T1 or T2
• Supply state: R, Y, BM, or BR state
• Manufacturing method: hot extrusion, hot extrusion + stretching, explosion, explosion + rolling
• Section shape: square, rectangle, circle, drum, flat
• Surface status: hot extrusion surface, cold working surface, explosive composite annealing surface, explosive composite hot working surface

Titanium sheet and plate are commonly used in manufacturing today, with the most popular grades being 2 .3.4 and 5. MOST COMMON TITANIUM GRADES:

• CP Grade 2
• CP Grade 3
• CP Grade 4
• Ti-6AL-4V

Ti6Al4V Eli Sheets (ASTM F136) are a strong and lightweight titanium alloy. They are commonly used in industries like aerospace, medical devices, and marine because of their high strength and durability. These sheets resist corrosion, making them suitable for harsh environments like seawater. They also perform well in low temperatures. Ti6Al4V Eli Sheets are widely trusted for their toughness and reliability.

ASTM B265 Gr1 Titanium Sheets have an oxide layer on the surface, which acts like a protective coating that resists wear.

• Material: GR1
• Standard: ASTM B265
• Packing: Packed in wooden cases
• Process: Cold rolling