Metal Sheet/Expanded Metal Mesh

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Titanium Expanded Mesh

Detailed Specifications
  • Titanium Materials: Gr1, Gr2, Gr3, Gr4 and alloyed
  • Titanium Mesh Number: 0.2~400
  • Thickness of the Titanium Expanded Sheet Ranges: 0.04~3.5mm
  • Mesh size: 0.3X0.5mm, 0.6X1.2mm, 1X2mm, 1.5X3mm, 1.5X2.5mm, 2X3mm, 2X4mm 3X4mm, 3X6mm, 4X8mm, 5X8mm, 5X10mm and other size.

  • Titanium expanded metal mesh usual work as a anode material in the Chlor-alkali electrolysis, More info about it, please contact us directly. 
  • Stock Size:
    Aperture(LWD*SWD) Thick
    0.4×0.8mm 0.05mm
    0.5*0.8mm 0.05mm
    0.6×1.2mm 0.1mm
    0.75×1.27mm 0.12mm
    1*1.5mm 0.3mm
    1.5*3mm 0.4mm
    2*4mm 0.6mm
    2.5x4mm 0.5mm
    2.54*8.14mm 0.85mm
    3x4mm 0.8mm
    3*5mm 0.5mm
    3x6mm 0.3mm
    3*6mm 1.0mm
    3x6mm 1.2mm
    3x6mm 1.09mm
    3x6mm 0.3mm
    3*8mm 1.5mm
    3.17*2mm 0.2mm
    3.17*2mm 0.39mm
    3.5*6mm 1.0mm
    3.5x6mm 1.05mm
    3.5*6mm 1.5mm
    5x10mm 0.8mm
    5x10mm 1.5mm
    5*10mm 1.6mm
    5x10mm 1.8mm
    5x10mm 2.0mm
    5x10mm 2.2mm
Features
  • Lightweight and Strong: Titanium has a low density, light weight, and high strength. so titanium expanded mesh with lightweight than other materials.
  • Strong heat resistance: Titanium alloy has good heat resistance and can maintain stable performance in high temperature environments.
  • Corrosion resistance: A dense oxide film can form on the surface of titanium, making it highly stable in most aqueous solutions, acidic, alkaline, neutral salt solutions, and oxidizing media. Its corrosion resistance is superior to existing stainless steel and other non-ferrous metals, and even comparable to platinum.
  • Good biocompatibility: Titanium and its alloys have good biocompatibility and do not cause significant tissue reactions or rejection reactions, so they are commonly used in medical devices and implants.
Applications
  • Titanium mesh has good corrosion resistance and oxidation resistance to seawater. Basically, design life is usually 30 years more.
  • Aerospace field: used for manufacturing aircraft wings, fuselage structural components, engine parts, etc., reducing aircraft weight while ensuring structural strength and reliability, improving fuel efficiency and flight performance.
  • Medical field: As orthopedic implants, such as titanium mesh plate systems used for fracture fixation and bone defect repair, their good biocompatibility and mechanical properties contribute to patient recovery; It can also be used to manufacture components for medical devices.
  • Chemical and petroleum industries: used for corrosion-resistant and high-temperature resistant lining or filtering components in chemical reaction vessels, heat exchangers, pipelines, and other equipment; In the process of oil extraction and refining, it can be used for oil-water separation, gas filtration and other links, resisting harsh chemical environments and high temperature and high pressure conditions.
  • Construction industry: Can be used for decoration and support structures of building curtain walls, providing a beautiful and durable building appearance due to its lightweight, high strength, and corrosion resistance; It can also be used for protection and decoration of roofs, balconies, stairs and other parts, increasing the safety and aesthetics of buildings.
  • Electronics and electrical engineering: Due to its excellent conductivity and electromagnetic shielding properties, titanium steel mesh can be used to manufacture electromagnetic shielding covers, battery electrodes, electrolytic capacitors, and other components of electronic devices, ensuring the normal operation and safety of the equipment.
  • Ocean engineering and seawater desalination: In the marine environment, the corrosion resistance of titanium steel mesh makes it an ideal material for manufacturing ship components, marine platform structural components, seawater desalination equipment filters, etc. It can resist the erosion of seawater and the attachment of marine organisms.
  • Hydrogen production industry: Titanium steel mesh, as an electrode material of ion-exchange membrane electrode, battery electrode mesh, and fuel cell collector electrode plate.,effectively promotes the production and efficiency of hydrogen gas.

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