The five-layer sintered metal wire mesh is integrally formed through high-temperature vacuum sintering process using 316L stainless steel wire mesh. The metallurgical bonding between layers creates a stable porous monolithic structure with outstanding mechanical integrity and dimensional stability. Its optimized five-layer composite design features: precision particle retention on the surface layer, uniform particle distribution in the middle layer, and robust support from the base layer - ensuring filtration accuracy while significantly improving dirt-holding capacity and service life.

As a core material for industrial fluid filtration, this product delivers reliable performance even under demanding conditions like high flow rates and pressure. Its unique structural design provides solid protection for various industrial filtration systems, offering excellent solutions for both corrosive media filtration and precision fluid processing applications.

Products Specifications

Material: 316L stainless steel

Diameter: 47 mm

Thickness: 1.7 mm

Pore size: 20 microns

Number of layers: 5

Processing: Sintering

Products Features

Five-layer sintered wire mesh for industrial fluid filtration02

Precision Gradient Filtration：The five-layer stainless steel mesh is arranged in a gradient pore size configuration from outer to inner layers, enabling multi-stage particle retention. This design effectively balances filtration accuracy and flow rate while minimizing pressure drop.

Integrated Sintered Structure：Formed through high-temperature vacuum diffusion sintering, each layer is metallurgically bonded without adhesives or binders. This ensures structural integrity, prevents delamination or fiber shedding, and maintains a clean, contamination-free medium.

Industrial-Grade Durability：Constructed with 316L stainless steel, the mesh performs reliably in chemically aggressive and thermally intensive environments. It remains stable under harsh industrial conditions such as high pressure, high viscosity, and elevated temperatures.

Five-layer sintered wire mesh for industrial fluid filtration03

Deep Contaminant Holding Capacity: Its structural depth and gradient design slow down contamination buildup, supporting extended operation and minimizing the need for frequent maintenance interventions.

Easy Processing & Integration: The robust structure supports welding, stamping, and other secondary processing methods. It is compatible with standard industrial filtration systems and allows for cleaning and repeated use, simplifying system integration and routine maintenance.

High Customization Flexibility: Pore size, dimensions, and shape can be tailored to specific requirements, making it suitable for a wide range of filtration scenarios involving industrial liquids and gases.

applications

Chemical Process Filtration: Widely used in fine chemical and petrochemical processes for liquid purification and catalyst recovery, offeringstable performance under continuous high-temperature and corrosive conditions.

Pharmaceutical Process Control: Applied in the filtration of APIs, intermediates, and injection-grade water, meeting strict cleanliness standards and ensuring consistent flow and process safety.

Food & Beverage Clarification: Suitable for filtering viscous fluids such as wine, syrup, and plant extracts. Supports CIP/SIP cleaning to help maintain hygiene in production environments.

Water Treatment Systems: Used as a component in pre-filtration or deep filtration stages to remove suspended solids and particulates, improving overall system efficiency and extending the life of downstream equipment.

Gas Filtration Applications: Provides reliable filtration for compressed air, hydrogen, natural gas, and other gases, protecting valves, instruments, and downstream components from particulate damage or clogging.

Protection for High-Precision Equipment: Serves as a critical filtration element in reactors, pumps, and nozzles, preventing particle intrusion, reducing equipment wear, and enhancing operational reliability.