Pure Tungsten Wire Mesh
Tungsten wire mesh is woven from pure tungsten wire, and its purity exceeds 99.9%. Tungsten is an off-white, very hard, refractory metal element that has the highest tensile strength and high-temperature resistance of any metal. After weaving into a tungsten wire mesh, it can maintain high strength even at high temperatures exceeding (1650 ℃)(3002℉) and is very durable. It has extremely high thermal creep resistance, the highest use temperature up to 3410 ℃(6170℉) (melting point of tungsten).
Characteristics
Besides, the surface of the tungsten wire mesh is flat, clean and flawless, and has good resistance to oxidation and corrosion in acidic and alkaline media. It has the smallest coefficient of thermal expansion and low vapor pressure at high temperatures, as well as good electrical and thermal conductivity. It also has the characteristics of fire resistance, low evaporation rate, and high resistance. It is the material of choice for important filters and screenings for mechanical, electrical, vacuum equipment, radiation protection, heating, and other special applications.
Like the titanium wire mesh, the surface is black when the graphite emulsion coating is on the surface, and it is bright white when the graphite emulsion coating is removed.
- Smooth and clean mesh, flawless.
- Extremely high melting point, 3410 ℃(6170℉).
- Maintains high tensile strength at extreme temperatures (1650 ℃)(3002℉).
- One of the high-density metals with extremely high heat and wear resistance.
- Very hard but good toughness.
- Excellent corrosion resistance, acid and alkali resistance, and filtration performance.
- Good thermal and electrical conductivity, high resistance.
Applications
Tungsten wire mesh is generally widely used due to its good thermal and electrical conductivity and high absorption capacity for radioactive radiation and X-rays. Tungsten wire cloth is used in batteries, chemical industry, mining, hydrogen production, acid production, and basic industries.It is mainly used for filtration and separation of gases, liquids, solids particles, and other special media under environmental conditions such as strong acid and strong alkali.
- Acid Production
- Vacuum Apparatus
- Hydrogen Production
- Fire Hazard Security and
- Heat Shielding
- Scientific Research Labs and Universities
- Chemical Industry
- Filtration Applications
- Battery
- Mining Industry
- Medical Devices
- Heat Shielding
- Electronic Industry