SS316L Perforated Mesh+Wire Mesh Composite Filter Plate is a rigid three-layer sintered filter material. It uses vacuum diffusion bonding for full metal integration. This high-temperature sintering process combines two outer perforated layers and one middle woven mesh layer. It forms a unified and solid all-metal structure. SS316L Perforated Mesh+Wire Mesh Composite Filter Plate adopts two upper and lower perforated plates. Each perforated plate has a thickness of 0.5mm. These plates act as rigid support frames. They deliver strong mechanical hardness. They also resist high pressure differences during operation. SS316L Perforated Mesh+Wire Mesh Composite Filter Plate installs a 5 micron precision wire mesh as the middle layer. This middle layer undertakes the core precision filtration work. SS316L Perforated Mesh+Wire Mesh Composite Filter Plate offers standard disc sizes of 100mm and 150mm. This three-layer structure uses no glue or bonding agents. It stops mesh shifting and material shedding under working pressure. SS316L Perforated Mesh+Wire Mesh Composite Filter Plate keeps stable hole shapes via solid diffusion bonding. The outer perforated layers protect the fine inner mesh. They block mechanical wear and direct particle impact. SS316L Perforated Mesh+Wire Mesh Composite Filter Plate uses low-carbon SS316L stainless steel as raw material. It resists pitting corrosion and crevice corrosion well. It adapts to oxidizing acid working conditions. It supports continuous working temperatures up to 480°C.

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SS316L Perforated Mesh+Wire Mesh Composite Filter Plate provides stable 5 micron filtration accuracy. It keeps unchanged hole size during pressure pulse cycles and temperature changes. SS316L Perforated Mesh+Wire Mesh Composite Filter Plate features a fixed three-layer structure. The structure includes two 0.5mm thick perforated support layers and one precision filter mesh layer. It gains high mechanical strength and structural rigidity from this design. It maintains low pressure loss and stable fluid permeability. SS316L Perforated Mesh+Wire Mesh Composite Filter Plate owns a self-supporting rigid body. It stays intact during pulse backwashing and reverse flow cleaning. It has no mesh displacement or structural collapse. It supports repeated ultrasonic cleaning and backflush regeneration for long-term use.

Products Specifications

Material: SS316L
Pore size: 5 µm
Diameter: 100mm, 150mm

(Others can be customized)

Thickness: 1mm
Technique: Sintering

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Products Features

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Precision Aperture Stability

Fixed pore geometry maintains absolute filtration accuracy without deformation during pressure pulsing or thermal cycling. The 5-micron intermediate control layer delivers reliable surface filtration for gas-solid separation and liquid polishing applications.

Superior Mechanical Strength

The three-layer configuration-dual 0.5mm perforated reinforcement layers sandwiching the precision control mesh-delivers exceptional rigidity and resistance to high-pressure differentials. The self-supporting structure prevents collapse or deformation during pulse backwashing and reverse-flow cleaning cycles.

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High-Temperature & Corrosion Resistance

SS316L construction enables continuous operation up to 480°C with excellent resistance to oxidizing agents, acids, and alkalis. Material integrity remains stable in aggressive chemical environments and high-temperature gas streams.

Optimized Permeability & Low Pressure Drop

The multi-layer porous structure provides high open area and controlled porosity, enabling uniform fluid distribution with minimal resistance while maintaining efficient particle retention. The 100mm and 150mm disc formats deliver consistent flow permeability across the filtration surface.

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Excellent Cleanability & Reusability

The rigid sintered structure supports multiple cleaning methods including ultrasonic cleaning, high-pressure jet backwashing, and thermal regeneration without media degradation. This significantly extends service life and reduces operational costs.

Products Applications

1. Petrochemical & Refinery Processing – SS316L Perforated Mesh+Wire Mesh Composite Filter Plate works in catalytic cracking units. It handles high-temperature gas distribution and high-pressure backwash filtration. The 5 micron filter layer traps fine catalyst particles inside fixed-bed reactors. The SS316L material resists hydrogen sulfide corrosion. It also stops stress corrosion cracking under high-temperature working conditions. Standard disc plates fit amine guard filtration systems. They adapt to glycol dehydration systems too. They remove solid impurities from hydrocarbon fluid streams.

2. Polymer Melt Filtration & Synthetic Fiber Production – SS316L Perforated Mesh+Wire Mesh Composite Filter Plate supports polymer melt filtration work. It removes gel particles and cross-linked debris from polymer melt. It filters out carbonized contaminants and unmelted raw material impurities. It applies to polyester, nylon and polypropylene production. The rigid sintered structure keeps stable pore shapes. It works steadily at temperatures above 280°C. It avoids spinneret blockage during production. It guarantees uniform fiber thickness for continuous filament manufacturing. It delivers strong dirt holding capacity for film extrusion processing via depth filtration.

3. Chemical Processing & Fine Chemicals – SS316L Perforated Mesh+Wire Mesh Composite Filter Plate serves industrial chemical processing. It separates solid particles from corrosive and high-temperature fluid streams. The special molybdenum component in SS316L material improves corrosion resistance. It resists pitting damage and crevice corrosion. It works safely in oxidizing acid environments. The 5 micron fixed filtration accuracy supports multiple chemical processes. It assists solvent purification and catalyst guard filtration. It completes pre-filtration for ion exchange systems. It removes fine catalyst powder and particle byproducts from chemical reaction solutions.

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4. Food & Beverage Processing – SS316L Perforated Mesh+Wire Mesh Composite Filter Plate applies widely in food and beverage processing. It clarifies various liquid food materials. It polishes fruit juice and filters syrup products. It purifies edible oil and cleans beverage raw liquid. The all-metal SS316L structure does not shed fibers. It releases no harmful substances during filtration. It matches standard clean-in-place cleaning procedures. It fits brewery and distillery production. It clarifies brewing wort and filters finished spirits. Regular backwashing restores plate performance. It keeps stable liquid flow and cuts operational costs.

5. Water Treatment & Environmental Protection – SS316L Perforated Mesh+Wire Mesh Composite Filter Plate supports professional water treatment work. It removes suspended solids from industrial wastewater. It conducts pre-filtration for seawater desalination projects. It protects reverse osmosis membranes through 5 micron precision filtration. It effectively prevents membrane fouling in deionized water systems. It filters solid impurities from transformer oil and lubricating oil. It also cleans fuel oil pollutants. It maintains stable dielectric performance and lubrication quality of industrial oil products.

6. Energy & Emerging Technologies – SS316L Perforated Mesh+Wire Mesh Composite Filter Plate adapts to new energy industry scenarios. It provides precision electrolyte filtration for lithium-ion battery manufacturing. It completes gas purification for hydrogen fuel cell systems. It meets strict filtration standards for aerospace hydraulic fluid and fuel. It maintains stable filtration performance under extreme pressure and temperature. It applies to nuclear power equipment and radioactive waste treatment systems. It removes solid impurities from radioactive process fluids. The all-metal structure avoids filter failure risks in special working environments.

FAQ

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01. What structural design defines the SS316L Perforated Mesh+Wire Mesh Composite Filter Plate?

SS316L Perforated Mesh+Wire Mesh Composite Filter Plate features a rigid three-layer all-metal structure. Vacuum diffusion sintering technology makes this integrated structure. Two outer SS316L perforated mesh layers have a thickness of 0.5 mm each. These two layers act as solid support frames. A 5μm woven wire mesh forms the core filtration layer. High-temperature sintering replaces traditional glue bonding. This process builds an integrated and stable structure. It stops mesh movement under working pressure.

02. What filtration accuracy and dimensional specifications does this composite filter plate support?

SS316L Perforated Mesh+Wire Mesh Composite Filter Plate provides stable 5μm absolute filtration accuracy. Its internal pore structure keeps fixed shapes during pressure changes and temperature shifts. This filter plate has two standard disc sizes. The standard diameters are 100mm and 150mm. The total plate thickness stays at 1mm for standard models. This filter plate accepts custom size adjustments. It fits various non-standard industrial filtration equipment.

03. What temperature and corrosion resistance properties does SS316L material provide for the filter plate?

SS316L Perforated Mesh+Wire Mesh Composite Filter Plate uses low-carbon SS316L stainless steel material. This material supports continuous working temperatures up to 480°C. The molybdenum element in SS316L improves anti-corrosion performance. The material resists pitting corrosion and crevice corrosion. It also prevents stress corrosion cracking. It maintains complete structure in acidic, alkaline and high-temperature corrosive fluids. It adapts to chemical and petrochemical industrial environments.

04. How does the three-layer composite structure optimize filtration performance?

The outer perforated layers of SS316L Perforated Mesh+Wire Mesh Composite Filter Plate boost overall mechanical strength. These outer layers resist high pressure differences in working systems. They protect the fine inner mesh from friction damage and particle impact. The layered porous structure keeps stable porosity and open area. It maintains smooth fluid permeability. It reduces system pressure drop. It stably traps solid particles. It delivers long-term and consistent filtration performance.

05. What cleaning and regeneration methods are applicable to this sintered filter plate?

SS316L Perforated Mesh+Wire Mesh Composite Filter Plate has a rigid one-piece sintered structure. This structure supports multiple cleaning and regeneration methods. Users can apply ultrasonic cleaning and high-pressure pulse backwashing. They can also use reverse flow cleaning and thermal regeneration. The filter plate will not deform or loosen after repeated cleaning cycles. The mesh structure and filter media keep stable performance in long-term use.