Change Language

Send Inquiry

Request To Call Back

Steel Sintered Mesh

Name: Steel Sintered Mesh
Brand: HMB ENGINEERING

Get a Price/Quote

MOQ : 50 Kilograms

Steel Sintered Mesh Specification

Wire Gauge
Customizable, as per requirement

Surface Treatment
Polished / Annealed / Galvanized

Length
Standard up to 30 meters, customizable

Aperture
0.5 mm - 100 mm

Hole Shape
Square or rectangular

Product Type
Wire Mesh

Mesh Type
Steel Wire Mesh

Mesh Style
Woven / Sintered

Material
Steel

Alloy
304, 316, 316L or as specified

Application
Filtration, separation, gas and liquid flow control, food & pharma, petrochemical, automotive

Dimensions
Custom sizes available

Wire Diameter
0.05 mm - 2 mm

Weight
Varies as per specification

Color
Silver Grey

Standard Conformity
ASTM, DIN, JIS available on request

Shape Options
Sheets, tubes, discs, custom shapes

Filtration Precision
From 1 micron to several hundred microns

Porosity
Controlled for precise filtration ratings

Layer Structure
Single, double, or up to 5 layers laminated and sintered

Packing
Rolls, sheets, or per client requirement

Max Operating Temperature
Up to 600C depending on alloy

Edge Type
Plain, welded, or flanged

Corrosion Resistance
Excellent, suitable for harsh environments

Pressure Resistance
High mechanical strength suitable for high-pressure applications

Steel Sintered Mesh Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
70000 Kilograms Per Month

Delivery Time
7 Days

About Steel Sintered Mesh

We guarantee our valued clients with optimum grade Steel Sintered Mesh. Made using best quality steel available in the market, these products are very strong and non-corrosive. We manufacture these products by making use of advanced tools and machines at our well-equipped infrastructure facility. We offer these products in many sizes and specifications for use in chemical, oil and aerospace industries. The Steel Sintered Mesh is manufactured keeping in mind the industry standards and norms.

This sintered wire mesh can be made with nominal filter ratings ranging from 1 micron to 100 microns. It also maintains a steady filter rating, due to the protective layers and sintering technology used to create it.

Feature:-

High mechanical strength, with excellent resistance to pressure
Easy to wash, especially reverse wash
Heat resistance up to 480 C
Corrosion resistance
Tractability, suitable for cutting, punching, warping, and welding

Material: SUS316L (AISI316L)

Standard Sizes: 500x1000mm, 600x1200mm, and other sizes in between.

Type B Sintered Wire Mesh

This type of sintered wire mesh is made from several layers of square woven wire mesh sintered together. Due to the high porosity of the woven wire mesh, this type has good permeability, low resistance, and high circulation. It is mainly used in the filtration of air and liquids. As there is a wide selection of support layers, this sintered wire mesh can be easily customized to fit customers needs.

Material: SUS316 (AISI316), SUS316L (AISI316L)
Standard sizes: 500x1000mm, 600x1200mm, and other sizes in between.

Type C Sintered Wire Mesh

This type of sintered wire mesh is made from perforated metal sintered together with several layers of wire mesh. Due to the support of the perforated metal, this type of sintered wire mesh has higher resistance to pressure and higher mechanical strength. It is mainly used in water treatment, dust removal, pharmaceuticals, the polymer industry, and the food & beverage industry. Filters made with this type of sintered wire mesh can be produced in tubes, discs, or plates. The thickness and the layers of perforated metal can be customized according to customers requirements.

Materials: SUS304 (AISI304), standard material of the wire mesh is SUS316 (AISI316) or SUS316L (AISI316L)

Standard sizes: 500x1000mm, 600x1200mm, and other sizes in between.

Precision Filtration Technology

The steel sintered mesh provides highly controlled porosity, ensuring filtration precision as fine as 1 micron. This makes it ideal for demanding applications that require accurate particle separation or flow regulation, such as food processing, pharmaceutical manufacturing, and chemical refining.

Versatile Form Factors and Customization

Choose from sheets, tubes, discs, or tailor-made shapes to suit your specific application. With customizable dimensions, aperture sizes, and wire diameters, this mesh adapts perfectly to client requirements, maximizing efficiency and integration within your processes.

Unmatched Durability and Resistance

Built from alloys such as 304, 316, and 316L, the mesh stands out for its superb mechanical strength and resistance. It performs reliably in high-pressure or highly corrosive environments, ensuring consistent operation and extended service life.

FAQ's of Steel Sintered Mesh:

Q: How is the steel sintered mesh manufactured to achieve its multi-layer structure?

A: The steel sintered mesh is created by laminating up to five layers of steel wire mesh and then sintering them at high temperatures. This process fuses the layers together and precisely controls porosity, resulting in enhanced strength and consistent filtration performance.

Q: What benefits does controlled porosity offer in filtration applications?

A: Controlled porosity ensures precise and consistent filtration ratings, allowing for accurate separation of particles from 1 micron up to several hundred microns. This reliability is key for critical processes in industries such as pharmaceuticals, petrochemicals, and food production.

Q: When should I choose custom edge types like welded or flanged over plain edges?

A: Custom edge types such as welded or flanged are recommended for applications requiring secure installation, enhanced mechanical sealing, or integration into specific fittings. Plain edges are suitable for simpler installations or when post-processing is planned.

Q: Where can steel sintered mesh be effectively used?

A: This mesh excels in various environments, including filtration systems for gases and liquids, food and pharmaceutical processing, petrochemical plants, automotive components, and any situation demanding precise particle control combined with mechanical robustness.

Q: What options are available for surface treatment and why are they important?

A: Surface treatments such as polishing, annealing, or galvanizing are available. These treatments improve corrosion resistance, surface finish, and durability, extending the mesh's lifespan and optimizing its performance in harsh or highly reactive environments.

Q: How does the mesh withstand high temperatures and pressures?

A: The use of high-quality steel alloys and the sintering process imbue the mesh with significant mechanical strength. It remains structurally sound at temperatures up to 600C, making it suitable for challenging, high-pressure industrial applications.

Tell us about your requirement