India’s Leading SS Wire Mesh Manufacturer

RajFilters is one of the Leading SS Wire Mesh Manufacturer and Supplier offering Premium Quality Filtration Accessories Since 1976.

We have the top quality manufacturing capability to weave any mesh from 4 to 500 as per the requirement of the customer. We are one of the largest and trusted SS Wire Mesh Manufacturer in India.

Our stainless steel wire meshes are top-notch quality with a 100% guarantee of uniformity across the entire roll. We assure to our each customer of perfect wire mesh weaving, size, mesh, and the grade. If you are still looking or searching for a high-quality Fine Wire Mesh and SS Wire Mesh Manufacturer in India, then your search ends here.

We weave different types of wire mesh rolls of various width and lengths as per our customer’s requirements. Since we are manufacturing wire mesh from 40+ years, we assure our each customers of the best quality wire mesh products, packing, delivery time and competitive prices.

What are the Quality Parameters of SS Wire Mesh Rolls?

When it comes to stainless steel wire mesh rolls, quality is non-negotiable, especially for Industrial Buyers like purchasing heads, procurement managers, and across industries like PET Recycling, BOPP, Pharmaceuticals, and Chemical processing. Whether you’re searching for wire mesh manufacturers and suppliers in India, knowing the right quality parameters ensures reliable performance and long-term value.

1. Material Grade Matters – Choose the Right Stainless Steel Wire Mesh

The quality and performance of a stainless steel wire mesh depend a lot on the material it’s made from. Here’s a quick guide:

SS 304 Wire Mesh: This is the most commonly used grade material. It’s strong, durable, and resists rust and corrosion well. Ideal for everyday industrial and commercial uses.

SS 316 Wire Mesh: A step above SS 304, this mesh handles harsh chemicals, saltwater, and high heat better. It’s perfect for tough environments like chemical plants or coastal areas.

SS 316L Wire Mesh: This is a low-carbon version of SS 316. It offers even better corrosion resistance, especially after welding. It’s used in sensitive applications like food processing, pharmaceuticals, and marine industries.

2. Mesh Count & Aperture:

The mesh count (number of openings per inch) and aperture size (size of each opening) directly determine the filtration level of stainless steel wire mesh. A higher mesh count with smaller apertures allows finer filtration, while a lower mesh count with larger openings is used for coarse filtering. Industries like pharmaceuticals, chemical processing, and food production often require fine mesh to separate tiny particles with high accuracy.

For example, in a pharmaceutical manufacturing unit, a 200-mesh stainless steel filter may be used to ensure only microscopic particles pass through, preventing contamination. In contrast, a 10-mesh filter might be used in a recycling plant to filter out larger debris.

Selecting the right mesh count and aperture size ensures consistent product quality, efficient processing, and regulatory compliance across various industrial applications.

3. Wire Diameter & Strength

Wire Diameter means how thick or thin each wire in the mesh is. If the wire is thick, it has a large diameter, and if the wire is thin, it has a small diameter. Wire thickness affects load-bearing capacity and durability. Choosing the correct diameter ensures your SS wire mesh rolls perform effectively under mechanical stress.

A thicker wire offers greater strength and long-lasting performance, ideal for heavy-duty industrial applications. On the other hand, thinner wires are more suited for fine filtration, offering better flexibility but lower strength. The wire diameter also influences the mesh opening size and overall flow rate, which plays a key role in filtration accuracy.

So, selecting the right wire diameter depends on your application needs, whether it’s for filtration and separation purposes.

Plain Weave

This is the most basic and commonly used type of wire mesh weave. In Plain weave, each warp wire (length) and each weft wire (width) passes over one and under the next adjacent wire.

Key Benefits:

• Simple and strong
• Easy to clean
• Uniform opening

Application:

• Used for general filtration
• Sieving
• Basic protection screens.

Dutch Plain Weave

A tighter and more advanced version of plain weave, used for fine filtration. Warp wires are generally larger than waft wires. Waft wires are thicker and closely spaced to provide a dense weave.

Key Benefits:

• Used for fine filtration
• Strong and durable
• Handles pressure well

Application:

• Used in plastic
• Chemical
• Pharma industries for melt filtration and liquid separation.

Twilled Weave

In this weave, each warp wire passes successively over the next adjacent pair of wires. In this weave pattern, each (warp) wire goes over two (weft) wires and under two (weft) wires in a diagonal pattern. This makes the mesh stronger and allows for a tighter weave with finer wires than a plain weave.

Key Benefits:

• Used in fine wires
• More flexible
• Resists higher pressure

Application:

• Used in fine sieving
• Aerospace
• High-pressure filters.

Dutch Twilled Weave

In this weave, weft wires are thicker and packed tightly together, warp wires are thinner and spaced farther apart, each (warp) wire goes over two (weft) wires and under two (weft) wires, creating a twilled pattern.

Key Benefits: 

• Used for fine filtration
• Strong, even under pressure
• No visible holes – filters like a cloth

Application:

• Used in hydraulic systems
• Fuel filters
• Plastic extrusion

Reverse Dutch Weave

A special type of Dutch weave where the thicker wires go across, and finer wires run along the length – the reverse of normal Dutch weave. Reverse Dutch Twilled weave (RDTW) combines a reverse Dutch wire (closely spaced warp wires with thinner weft wires) and a Twill pattern (2/2 interlacing). This creates a dense, tortuous path for particles, enhancing filtration precision while maintaining structural stability.

Benefits:

• This pattern makes the mesh stronger.
• It allows the mesh to filter very tiny particles.
• It works well in machines that need high-pressure filtering, like in plastic or rubber processing.

Application:

• Perfect for extruder screens
• Pressure filters
• High-flow applications.

Five Heddle Weave

In this type of weave where wires go over 4 wires and under 1. Five-heddle weaving is a unique technique used to produce a woven wire mesh where each warp wire crosses over four weft wires and under one.

Key Benefits:

• Easy to clean
• High flow rate
• Less clogging

Application:

• Used in continuous filtration systems
• Petrochemicals
• Pharmaceuticals
• Polymer production
• Food industries.

5. Surface Finish

A smooth, burr-free finish is crucial for hygiene-sensitive sectors, such as pharmaceuticals. It also reduces the risk of contamination and simplifies cleaning.

Choosing the right stainless steel wire mesh roll starts with understanding these critical parameters. Partnering with experienced wire mesh suppliers in India ensures compliance with quality standards and application-specific performance.

Looking for top-notch quality wire mesh roll manufacturer who meet quality standards? Trust wire mesh industry experts who deliver and well crafted stainless steel wire mesh rolls according to your needs.