English

Sintered Metal Mesh Tube

Sintered Wire Mesh Tube is produced by Woven Wire Mesh. It is made through high-temperature processes such as sintering, rolling, and welding. Sintered wire mesh is made of multiple layers of metal mesh, with the most common being a 5-layer structure. The first layer is a protective layer (thick mesh), the second layer is a filtering layer (small hole of woven wire mesh), the third layer is a dispersing layer (distributing pressure), the fourth layer is a supporting layer (increasing strength), and the fifth layer is a reinforcement layer (increasing overall stability)

Send Email Download

Product Description

Items	Description
Product Name	Sintered Wire Mesh Tube
Manufacturing Process	1. Sintering：At high temperatures, the diffusion of metal particles binds the metal mesh together to form a cohesive structure 2. Rolling：By high-pressure rolling, each mesh layer is tightly connected to ensure its thickness uniformity. 3. Laser Cutting/Plasma Cutting：Cutting Sintered Wire Mesh，Ensure that the cutting is precise in size and shape. 4. Welding：Used for welding into a cylindrical shape
Woven way of woven wire mesh	1. Plain Weave (The most common weaving method has uniform mesh holes and is suitable for general filtration) 2. Twill Weave(Higher filtering accuracy, tighter structure, suitable for high-precision filtering) 3. Dutch Weave(A high-density filtering structure is formed by interweaving coarse warp threads and fine weft threads, commonly used for ultrafine filtration) 4. Reverse Dutch Weave(Has higher strength and load-bearing capacity, suitable for high-pressure filtration)
Material Alternatives	1. Stainless Steel (304, 316, 316L) 2. Nickel Alloy(Monel、Hastelloy、Inconel) 3. Titanium Mesh ETC
Number of Layers	3, 5, 7 layers (or customized multi-layer structure)
Filtration Accuracy	1μm - 200μm (customizable)
Thickness Range	0.5mm - 5mm (varies by the number of layers)
Hole Size Distribution	Gradient pore design for efficient filtration and fluid flow
Surface Treatment	Acid pickling(Stainless Steel/Carbon steel), Electrolytic Polishing(Stainless Steel) Nickel plating(Stainless Steel/Carbon Steel) Anodizing(Aluminum) etc.
Operating Temperature	-200℃ to 600℃ (depending on material)
Pressure Resistance	Up to 30MPa or higher (varies based on mesh layers and thickness)
Permeability / Flow Resistance	Low resistance and high permeability, suitable for gas and liquid filtration
Corrosion Resistance	Resistant to acids, alkalis, salt spray, and oxidation in harsh environments
Cleaning Methods	Backwashing, Ultrasonic cleaning, High-temperature baking, Chemical cleaning, and reusable
Manufacturing Process	High-temperature vacuum sintering, Rolling, Welding, Stamping
Available Shapes	Cylindrical, Square, Sheet, Pleated, Custom shapes available
Connection Methods	Flange connection, Welding, Threaded connection, Clamping
Applicable Fluids	Suitable for liquids, gases, oils, steam, etc.
Application Fields	Petrochemical, Food & Beverage, Pharmaceuticals, Environmental Water Treatment, Aerospace, Automotive Industry, etc.
Product Advantages	1. High strength and pressure resistance, not easy to deform 2. Repeatable cleaning, long life 3. Precision filtration, uniform pore size distribution 4. High temperature and corrosion resistance, adaptable to harsh environments

Sintered Metal Mesh Tube Application Fields

Petrochemical, Food & Beverage, Pharmaceuticals, Environmental Water Treatment, Aerospace, Automotive Industry, etc.

Industrial Filtration and Separation

Sintered metal mesh tubes are widely used in industrial filtration and separation applications due to their high mechanical strength, corrosion resistance, and consistent filtration properties. These tubes are commonly used in industries such as chemical processing, oil and gas, and water treatment to filter out fine particulates from liquids or gases. The multi-layer sintered mesh structure allows for highly efficient filtration, providing a reliable solution for capturing contaminants while ensuring smooth fluid flow. These tubes are ideal for use in pressure filtration systems, scrubbers, and vacuum filtration units, where high temperature and harsh chemicals are common.

Heat Exchanger and Cooling Systems

In heat exchanger and cooling systems, sintered metal mesh tubes play a critical role in heat transfer and thermal management. The tubes' porous structure enhances fluid flow and increases the surface area for effective heat dissipation. They are commonly used in air conditioning systems, industrial cooling towers, and oil coolers. Their ability to withstand high temperatures and pressures makes them ideal for use in heat exchange processes where both thermal conductivity and structural integrity are essential. The durability of sintered metal mesh ensures long-lasting performance in demanding applications.