Rare Metal Wire Mesh

Rare metal mesh refers to a type of metal mesh made from rare metal wires. Common materials for these meshes include pure titanium, pure nickel, and FeCrAl. These materials are typically more costly than stainless steel, yet offer significant advantages such as superior corrosion resistance, improved heat resistance, and excellent conductivity. They are suitable for various specialized applications.

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• Titanium and nickel wire meshes boast outstanding corrosion resistance and can withstand strong acids and alkalis. They are primarily employed for screening and filtration of gases, liquids, and other media in highly corrosive environments.
• FeCrAl wire mesh, on the other hand, is known for its remarkable heat resistance, oxidation resistance, and the ability to endure sulfur and carburization. It is lightweight, has a high surface load capacity, elevated resistivity, a high operating temperature, and a long lifespan.

We maintain an inventory of woven wire meshes with various mesh sizes including 2 mesh, 4 mesh, 6 mesh, 8 mesh, 10 mesh, and up to 325 mesh. This inventory helps save you both time and costs typically associated with custom orders.

Additionally, we have Dutch weave filter cloths in stock, with available sample sizes of 24×110 mesh, 30×150 mesh, 50×250 mesh, 165× mesh, 200× mesh, and 500× mesh for your consideration.

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If you have any specific requirements for woven wire mesh, please reach out to us. We also offer custom specifications based on your needs.

Precious metal mesh typically refers to metal meshes crafted from precious metals such as gold, silver, platinum, and palladium. These meshes are utilized in sectors demanding high corrosion resistance, elevated temperature tolerance, and specific electrical properties. Below are some typical applications of precious metal mesh:

1. Chemical Industry
   In the chemical sector, precious metal mesh is employed to facilitate reactions, especially under high-temperature and strongly corrosive conditions. Due to their excellent catalytic properties, materials like platinum and palladium are frequently found in car catalytic converters and chemical processing equipment. For instance, platinum mesh is common in hydrogenation and oxidation processes.
2. Electronics Industry
   In electronics manufacturing, meshes made from precious metals serve as high-precision electrical contacts or conductive components. Silver and gold meshes are particularly valued for their excellent conductivity and resistance to oxidation, making them ideal for microelectronics and the encapsulation of integrated circuits.
3. Aerospace
   Precious metal meshes are well-suited for the aerospace industry, where conditions are demanding and require materials that resist high temperatures and corrosion. Platinum and palladium meshes, for example, are effective as materials for heat exchangers or components in jet and rocket engines.
4. Food and Pharmaceutical Industries
   Thanks to their chemical stability, precious metal meshes are vital in environments requiring high purity and minimal reactivity. In the food sector and pharmaceuticals, they are often used for filtration, separation, and catalysis.
5. Precision Sieving and Filtration
   Offering exceptional corrosion and temperature resistance, precious metal meshes are often employed for precision filtration processes. They are ideal for separating high-purity gases and liquids, especially in specialized scientific and industrial applications.
6. Jewellery and Decorative Items
   Pure gold or gold-containing meshes are frequently used in the creation of jewelry and decorative articles. Gold mesh plays both a decorative and structural role in jewelry designs and is also used in setting precious stones.

Summary
In summary, precious metal meshes find applications across a range of high-end industries due to their remarkable resistance to high temperatures and corrosion, combined with their catalytic properties. Their unique characteristics make them essential in applications with stringent material requirements.