Mesh filter belt

some description about product

Mesh filter belt is made from interwoven metal wires. It is designed to facilitate filtration and separation processes in various industrial applications. The belt’s construction consists of evenly spaced metal wires, usually made from stainless steel or other corrosion-resistant alloys, woven together to create a durable and porous surface.

The primary function of a metal mesh filter belt is to effectively filter liquids and separate solids from fluids in industrial processes. Its porous structure allows for the passage of liquids while retaining solid particles, making it ideal for applications like dewatering, sludge drying, solid-liquid separation, and wastewater treatment.

The belt’s design can vary depending on the specific application requirements, with different mesh sizes and configurations available to accommodate varying particle sizes and flow rates. Its versatility makes it a crucial component in industries such as food processing, chemical manufacturing, mining, pharmaceuticals, and environmental technologies.

Metal mesh filter belts offer several advantages over traditional filter media, including high durability, resistance to harsh chemicals and temperature extremes, and easy maintenance and cleaning. The open structure of the mesh also ensures minimal clogging, reducing downtime and enhancing overall process efficiency.

In conclusion, the metal mesh filter belt plays a vital role in numerous industries by facilitating efficient filtration and separation processes, contributing to improved product quality and environmental sustainability.


stainless steel mesh filter belt

Stainless steel mesh filter belt is constructed from stainless steel wires, which offer superior

strength, corrosion resistance, and hygiene properties compared to other materials. It finds extensive use in various industries, where efficient solid-liquid separation is required.

The construction of the stainless steel mesh filter belt involves weaving stainless steel wires together to create a continuous, porous surface. The mesh size and configuration can vary to suit specific applications, allowing the belt to cater to different particle sizes and flow rates. Stainless steel is chosen for its durability, ability to withstand harsh environments, and resistance to chemical corrosion, making it suitable for use in demanding industries.

Furthermore, stainless steel mesh filter belts play a crucial role in wastewater treatment plants. They aid in removing solid particles and impurities from wastewater, contributing to cleaner water discharge and environmental protection.

The versatility of stainless steel mesh filter belts extends to other industries like electronics manufacturing, textiles, and automotive, where they are used for diverse filtration applications.

extruder screens belt

extruder screens belt

Extruder screens belt is a vital component used in plastic and polymer processing extrusion lines. It plays a crucial role in enhancing product quality

process efficiency, and equipment longevity.

Extruder screens belt is designed with a fine mesh structure, consisting of tightly woven metal wires, which are resistant to wear, heat, and chemical reactions. The specific mesh size and configuration can vary based on the extrusion process requirements and the desired filtration level.

The metal extruder screens belt is positioned in the extrusion line within a screen changer mechanism. The screen changer regularly switches between two or more belts to ensure continuous production while removing contaminants effectively. When the screen belt in use becomes clogged with impurities, the screen changer shifts to a clean belt automatically, allowing uninterrupted extrusion.

The effectiveness of the metal extruder screens belt in filtering contaminants has a direct impact on the final product’s quality. By removing impurities, the extruded polymer achieves a more consistent and homogenous structure, resulting in improved mechanical properties, surface finish, and overall product performance.

wire mesh conveyor belt

Wire mesh conveyor belt is a versatile and robust type of conveyor belt used in various industrial

applications for transporting and conveying a wide range of products and materials. It is constructed using interlinked metal wires, typically made of stainless steel or other high-quality metals, creating a continuous and flexible mesh surface that facilitates the smooth movement of goods.

The design of a metal wire mesh conveyor belt allows it to handle both light and heavy loads, making it suitable for various industries, including food processing, automotive, electronics, mining, and more. Its open structure permits excellent air and liquid circulation, which is especially beneficial in processes that require cooling, draining, or drying of products during transportation.

The flexibility of the mesh surface allows the belt to conform to the shape of products being transported, making it suitable for conveying irregularly shaped items and delicate goods without causing damage. In the food industry, metal wire mesh conveyor belts are commonly used for baking, cooking, freezing, and cooling processes due to their ability to handle elevated temperatures and direct contact with food.

The open structure of the mesh also makes cleaning and sanitation easier, critical in industries where hygiene is a priority. Regular cleaning can be achieved through manual methods, automated cleaning systems, or by using high-pressure water jets to remove any residue or debris, ensuring compliance with food safety regulations.

auto mesh belt filter

auto mesh belt filter

Auto mesh belt filter is a sophisticated and highly efficient filtration system used in various industrial processes to separate solids from liquids.

This type of filter is particularly favored for its self-cleaning mechanism and automation capabilities, making it a valuable asset in continuous operations and applications requiring high throughput and precision.

At the core of the metal auto mesh belt filter is a robust conveyor belt made of stainless steel or other durable metal material, which serves as the filtration medium. The belt consists of a series of closely spaced mesh or perforated plates that allow liquid to pass through while retaining solid particles. The selection of the mesh or perforation size depends on the specific filtration requirements of the application.

The automatic nature of this filter ensures efficient and continuous operation. The system is equipped with sensors and control mechanisms that monitor the filtration process in real-time. When the filter reaches a certain threshold of particle accumulation or differential pressure, the system triggers an automated cleaning cycle. During this cycle, the conveyor belt reverses, and high-pressure jets or scrapers remove the accumulated solids from the mesh surface. The separated solids are collected and discharged for further processing or disposal.

Their usage in the food and beverage industry helps maintain product quality by clarifying liquids and removing impurities. In the mining sector, these filters play a crucial role in dewatering slurries and recovering valuable minerals.


Our company provides a kind of metal alloy to solve the problem of providing products with excellent

performance in high temperature and high corrosive environment. Our products are very strong

and welded or sintered. Length, diameter, thickness, alloy, medium grade and other specifications

can be adjusted during the production process, so that the product is suitable for a variety of

filtration, flow and chemical compatibility in different customer processes.


Mesh filter belt dimensions

Mesh filter belt comes in various dimensions to suit different industrial applications. The dimensions typically include the width, length, and mesh size. The width of it can range from a few inches to several feet, depending on the specific equipment and process requirements. The length of the belt can vary based on the conveyor length or filtration system design. Mesh size refers to the spacing between the interlinked metal wires and can be customized to meet the desired filtration level.


Customize, 10-20m


Customize, 97mm,107mm,120mm,127mm,157mm,etc.

Mesh count

72/15,120/15,132/17,150/17,200/40,260/40 etc



Wire Diameter


How does the filter belt handle variations in pH levels and chemical compatibility with different fluids?

filter belt

Filter belts are designed to handle variations in pH levels and chemical compatibility with different fluids through the selection of appropriate materials.

For applications involving acidic or alkaline environments, the filter belt material is chosen to be resistant to corrosion and degradation.

Materials like stainless steel or synthetic polymers, such as polypropylene or polyethylene, are commonly used for their chemical resistance.

Proper material selection ensures that the filter belt remains stable and durable, maintaining its filtration performance and integrity even when exposed to fluids with varying pH levels and chemical compositions.

What type of edge reinforcement or finishing does the filter belt to prevent damage during operation?

filter belt

To prevent damage during operation, filter belts often have edge reinforcement or finishing. One common method is to have a protective edging, typically made of materials like polyurethane, PVC, or rubber, which is securely attached to the edges of it.

This edging helps protect the mesh or fabric from fraying, snagging, or excessive wear during movement.

Additionally, some filter belts may have welded or sealed edges to create a smooth, continuous surface, reducing the risk of snagging or catching on conveyor components.

Proper edge reinforcement ensures the longevity and performance of the filter belt in demanding industrial environments.

How does the mesh filter belt handle the formation of filter cake or accumulated particulates during filtration?

Mesh filter belt effectively handles the formation of filter cake or accumulated particulates during filtration through its self-cleaning mechanism.

As the liquid passes through the mesh, solid particles are retained on the surface, gradually forming a filter cake. The filter belt’s continuous movement and open mesh design allow for easy drainage and prevent clogging.

When the filter cake reaches a certain thickness or the pressure differential increases, automated cleaning cycles are triggered. The belt reverses or undergoes high-pressure cleaning, removing the accumulated particulates and restoring the mesh’s filtration efficiency.

This self-cleaning process ensures uninterrupted filtration and consistent performance over extended periods.

How does the mesh filter belt perform in terms of dewatering or solid-liquid separation applications?

mesh filter belt

Mesh filter belt performs exceptionally well in dewatering and solid-liquid separation applications. Its open mesh structure allows for efficient drainage of liquid, making it ideal for processes where removing moisture from solids is a primary objective.

During dewatering, the mesh filter belt retains the solid particles while allowing water or other liquids to pass through easily. The accumulated solids form a filter cake on the surface of the belt, and the continuous movement of the belt helps in evenly distributing and compacting the cake.

The self-cleaning mechanism of the filter belt ensures that the mesh remains clear and free from clogging, maintaining consistent and effective dewatering performance over time.

What are the potential effects of compression on the mesh filter belt during the filtration process?

mesh filter belt

Compression on the mesh filter belt during the filtration process can have several potential effects. Excessive compression can lead to a decrease in the effective open area of the mesh, which may reduce filtration efficiency and increase pressure differentials. This can result in slower filtration rates and higher energy consumption.

Additionally, compression can cause the mesh to wear or deform over time, impacting its longevity and performance.

Moreover, if the filter cake becomes too compressed, it may become difficult to remove during the cleaning cycle, leading to potential operational issues.

How is the mesh filter belt constructed, and what type of weave pattern does it use?

mesh filter belt

Mesh filter belt is typically constructed using interlinked metal wires or synthetic fibers in a specific weave pattern to create a continuous and flexible mesh surface. For filter belts, stainless steel or other corrosion-resistant alloys are commonly used due to their durability and chemical resistance.

The construction process begins with weaving the metal wires or synthetic fibers into a specific pattern, which determines the mesh size and overall strength of the belt. The most common weave pattern used for mesh filter belts is the “balanced weave” pattern.

In the balanced weave, each weft wire passes alternately over and under each warp wire, creating a stable and uniform mesh structure. This pattern provides good lateral stability, ensures equal distribution of loads, and prevents the mesh from stretching or deforming during operation.

For synthetic mesh filter belts, materials like polyester, polypropylene, or nylon are used, and they can be woven in various patterns, including plain weave, twill weave, or herringbone weave, depending on the application requirements. These synthetic materials offer advantages such as chemical resistance, lower cost, and reduced weight.

Overall, the construction and weave pattern of the mesh filter belt are carefully selected to meet the specific filtration needs and operational conditions of different industries and applications.


Most frequent questions and answers

The material composition of the metal mesh belt filter typically consists of high-quality stainless steel or other corrosion-resistant metal alloys.

Stainless steel is the most common material used for its excellent chemical resistance, strength, and durability. The type of stainless steel can vary, with popular grades being 304, 316, or other austenitic or duplex stainless steels.

The tensile strength and load-bearing capacity of the filter screen mesh belt depend on various factors, including the material composition, mesh size, wire diameter, and overall construction of the belt.

Typically, metal mesh belts made from high-quality stainless steel or other strong alloys have excellent tensile strength, ranging from several hundred to several thousand pounds per inch of width (psi).

The load-bearing capacity of the filter screen mesh belt is determined by its ability to withstand the weight of the filter cake, the liquid being filtered, and any additional loads applied during operation. The balanced weave pattern commonly used in metal mesh belts provides good lateral stability, enhancing the belt’s load-bearing capacity.

Extruder screen belt is designed to be resistant to corrosion and chemical degradation when exposed to specific substances.  

Belts are commonly made from stainless steel or other corrosion-resistant materials, which provide excellent chemical resistance and durability.

The extruder screen belt is often used in industrial processes where it comes into contact with various chemicals, aggressive substances, and high temperatures.

The resistance to corrosion and chemical degradation ensures the longevity and performance of the belt, making it a reliable choice for extrusion applications in plastic and rubber processing, polymer filtration, and other industries dealing with chemically challenging environments.

The frequency of cleaning the stainless steel mesh filter belt depends on the specific filtration process and the nature of the materials being filtered. In many industrial applications, it is designed to continuously operate for extended periods without frequent cleaning.

However, as the filter cake accumulates and the pressure differential increases, automated cleaning cycles may be triggered to maintain optimal performance.

Recommended maintenance procedures for the stainless steel mesh filter belt include regular inspections to check for wear, damage, or any signs of clogging. It’s essential to remove any accumulated debris or solids from the belt surface to ensure consistent filtration efficiency.

Periodic lubrication of mechanical components, such as bearings and tensioning systems, helps ensure smooth belt movement and reduces wear. Proper tensioning and alignment of the belt are also critical to prevent premature failure and ensure the belt’s longevity.

Wire mesh belt filter screens are designed to handle high flow rates without compromising their filtration efficiency.

The open mesh structure of the belt allows for smooth liquid flow, making it suitable for applications that require high throughput.

The mesh size and wire diameter are carefully chosen to ensure optimal filtration while accommodating high flow rates.

Additionally, the self-cleaning mechanism of the filter belt helps maintain its effectiveness even during continuous operations with substantial flow rates.

This combination of features ensures that the wire mesh belt filter screen can efficiently handle large volumes of liquid while effectively separating solids and maintaining filtration performance.

Stainless steel wire mesh filter belt is suitable for use with food-grade and pharmaceutical applications. Stainless steel is a commonly used material in these industries due to its excellent corrosion resistance, high strength, and hygienic properties.

The material is non-toxic and can withstand high temperatures, making it ideal for processes involving food and pharmaceutical products.

Additionally, the smooth and open mesh structure of the filter belt allows for easy cleaning and sanitation, ensuring compliance with strict hygiene standards.

These features make the stainless steel wire mesh filter belt a reliable and safe choice for food-grade and pharmaceutical filtration applications.

Filter mesh belt can be used in high-temperature applications, including drying processes. It made from stainless steel or other high-temperature resistant materials can withstand elevated temperatures typically encountered in industrial drying operations.

These belts are designed to maintain their structural integrity and filtration performance even at high temperatures.

The open mesh structure allows for efficient airflow, making them suitable for conveying and drying applications where moisture removal is critical.

Additionally, the self-cleaning mechanism of the filter mesh belt ensures continuous operation and reliable performance in high-temperature environments.

Stainless steel filter belt is designed to operate under constant tension for optimal performance. Proper and consistent tension ensures the belt remains stable and runs smoothly during filtration processes.

The belt is typically tensioned during the installation and setup phase, and it is engineered to maintain its tension throughout its service life.

Regular inspections may be conducted to ensure the tension remains within the recommended range, but in general, stainless steel filter belts are not intended to require frequent tension adjustments during normal operation.

Metal mesh filter belt can incorporate sealing mechanisms to prevent bypass and ensure efficient filtration.

Bypass refers to the unintended passage of fluids around the filter media instead of through it, reducing filtration effectiveness. Sealing mechanisms such as side chains, flights, or specially designed edges are often employed to minimize bypass and maintain a tight seal between the filter belt and the conveyor system or filtration equipment.

These sealing features help ensure that the liquid being filtered passes through the entire filter surface, maximizing filtration efficiency and preventing any loss of particles during the process.

Stainless steel wire mesh conveyor belt is well-suited for applications that involve abrasive or sharp particles.

Stainless steel is known for its excellent durability and resistance to abrasion and wear, making it capable of withstanding the impact of abrasive materials.

The interlinked mesh structure of the conveyor belt also helps to distribute the load evenly, reducing the risk of localized damage.

This makes the stainless steel wire mesh conveyor belt a reliable choice for industries handling materials with abrasive or sharp characteristics, such as mining, quarrying, recycling, and metalworking, where the belt needs to endure challenging conditions and maintain its performance over time.

Filter belt can be used in a wide range of industries due to its versatility and efficiency in solid-liquid separation applications.

Industries that commonly utilize filter belts include wastewater treatment, chemical processing, food and beverage, mining, pharmaceuticals, pulp and paper, automotive, and many others.

The filter belt’s ability to handle different types of liquids and solids, its self-cleaning mechanism, and resistance to corrosion and wear make it a valuable tool for various processes requiring filtration, dewatering, or separation.

Its adaptability and performance in diverse industrial settings make it a widely used solution across industries.

There are several options for joining or connecting the ends of wire mesh belts during installation:

1.Butt welding: The ends of the mesh belt are aligned and welded together, providing a seamless and strong connection.

2.Clipper lacing: Metal clips are used to connect the ends of the belt, creating a secure and easy-to-install connection.

3.Spiral joints: The ends of the mesh belt are overlapped and connected with a spiral pin, ensuring a smooth and continuous surface.

4.Wire hook lacing: Wire hooks are used to interlock the ends of the belt, offering a flexible and adjustable connection.

5.Metal fasteners: Specialized metal fasteners or connectors can be used to join the ends of the wire mesh belt quickly and securely.

The choice of joining method depends on the specific application, belt design, and installation requirements.

Auto mesh belt filter is designed to offer sufficient flexibility to accommodate system vibrations. The filter belt’s construction, typically using interlinked metal wires or synthetic fibers, provides inherent flexibility that allows it to adapt to various mechanical movements and vibrations within the filtration system.

This flexibility ensures smooth operation and prevents the filter belt from becoming rigid or prone to damage due to vibrations.

The auto mesh belt filter’s ability to handle system vibrations without compromising its structural integrity makes it a reliable and efficient filtration solution in dynamic industrial environments.

Wire mesh conveyor belt can be supplied with tracking features to ensure stable and consistent operation. Tracking systems are often incorporated into the conveyor design to keep the belt aligned and centered during operation.

These tracking mechanisms use sensors, guide rolls, or other devices to detect and correct any deviations in the belt’s position, preventing it from wandering or slipping off the conveyor.

Filter belts manufacturer service involves the design, production, and supply of high-quality belts used in various industrial applications.

These belts are specifically engineered to efficiently separate liquids and solids in filtration processes, ensuring optimal performance and durability.

Manufacturer offers a wide range of filter belts, including monofilament, multifilament, and spiral link belts, tailored to meet specific requirements of different industries such as wastewater treatment, mining, food processing, chemical manufacturing, and more.

The service covers comprehensive customization options, advanced material selection, precise manufacturing techniques, and timely delivery to cater to the unique needs of each client and facilitate seamless integration into their filtration systems.

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