High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration – Anping

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As a result of ours specialty and service consciousness, our company has won a good reputation among customers all over the world for Coated Galvanized Wire , Wire Mesh Panels , Cabinet Decorative Wire Mesh , We welcome new and old customers from all walks of life to contact us for future business relationships and achieving mutual success!
High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration – Anping Detail:

Material:
The standard material are SS304, SS304L, SS316, SS316L. Special Alloy Steel :Hastelloy C-276, Monel 400, Inconel600, SS904, SS904L, Duplex steel 2205 are acceptable based on customer’s requirement.

Size:
The standard size are 500×1000mm, 600×1200mm, 1000×1000mm, 1200×1200mm, 1200×1500mm, and special size in range can be finished as requirement.

Sintered Filter Mesh Features

Sintered Filter Mesh offers a number of important benefits, including:

Enhanced stability: The sintering process results in greater stability, which makes it an excellent choice for mesh with a higher percentage of open areas or that requires a secure pore size.

Superior strength: The inherent strength of sintered wire cloth facilitates high-pressure backwashing and also provides excellent resistance to punctures and abrasions.

Reusability: Because diffusion metal wire cloth is so durable and easy to clean, it can be reused for many applications without sacrificing quality or performance.

Easy to fabricate: Sintered wire cloth is extremely easy to fabricate. It can be formed into depth filter media and other applications that require controlled permeability.

Flexibility: The versatility of diffusion bonded wire cloth enables it to be used to create various combinations of square plain weave wire mesh layers to produce a wide range of filtration and flow properties.

Compared to regular wire cloth, sintered wire mesh is made by applying heat and pressure to layers of woven wire cloth. The contact points of the wires are all bonded together to form a strong mesh that is easy to fabricate to any size.

Sintered Filter Mesh Applications

All of the benefits listed above and several others make sintered wire cloth an excellent choice for a wide range of applications, including:

Oil & Gas: The oil and gas industry can use diffusion bonded wire cloth for efficient sand control over numerous types of formation sands, as well as for multiple gravel-pack applications.

Fluidization: Use sintered wire cloth for fluidizing bulk powders and solids under the most challenging conditions, such as extreme-temperature and high-corrosion environments.

Power generation: Diffusion bonded wire cloth can maximize the performance of power generation filtration systems for applications such as reactor water cleanup and fuel pool cleanup. It can also help to lower the operating costs in condensate filter and polishing systems.

General industry: General industrial applications of sintered wire cloth include catalyst recovery, steam filtration, polymer filtration, demineralizing and many others.

Specification

Sintered mesh

Product name Sintered Filter Mesh with Excellent Mechanical Properties
Micron size 0.2μm – 300 microns
Filter rating 1-2460um
Material SUS 304 SUS 304L SUS 316 SUS 316L other alloys available as required
Layer 1-5 or as required
Technique Weave and Sintering
The thickness size 0.2 – 10 mm or as required
Shape Rectangle, square, round, oval, circular, cap, waist, and abnormity.
Sample Available
Feature High temperature and corrosion resistance
Application Industry Filter Sieve

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sintered-mesh-(2)
sintered-mesh-(6)
sintered-mesh-(5)


Product detail pictures:

High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration  – Anping detail pictures

High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration  – Anping detail pictures

High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration  – Anping detail pictures

High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration  – Anping detail pictures

High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration  – Anping detail pictures

High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration  – Anping detail pictures


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As a way to finest meet up with client's wants, all of our operations are strictly performed in line with our motto "High Quality, Aggressive Price, Fast Service" for High definition Decorative Brass Mesh - High Temperature Sintered Metal Powder Wire Mesh Stainless Steel Disc Filter For Air Liquid Solid Filtration – Anping , The product will supply to all over the world, such as: Kazakhstan, Sheffield, Manila, We welcome you to visit our company, factory and our showroom displayed various products that will meet your expectation, meanwhile, it is convenient to visit our website, our sales staff will try their efforts to provide you the best service. If you need more information, please do not hesitate to contact us by E-mail or telephone.
  • The company can keep up with the changes in this industry market, product updates fast and the price is cheap, this is our second cooperation, it's good.
    5 Stars By Gary from Iran - 2017.11.20 15:58
    The sales manager has a good English level and skilled professional knowledge, we have a good communication. He is a warm and cheerful man, we have a pleasant cooperation and we became very good friends in private.
    5 Stars By Adam from Eindhoven - 2018.09.29 17:23