Name: φ300*500mm Multilayer SS316L Sintered Wire Mesh Filter Barrel Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 278828309

TOPTITECH's φ300×500mm Multilayer SS316L Sintered Wire Mesh Filter Barrel is constructed with five layers of precision-woven 316L stainless steel wire mesh, this filter barrel undergoes vacuum sintering to create a rigid, pore-graded structure with exceptional mechanical integrity. The multi-layer design employs coarse-to-fine filtration sequencing, optimizing particle retention while maintaining high flow rates. Flanged connections ensure robust sealing in pressurized systems, making it ideal for hydrocarbon processing, petrochemical refining, and pharmaceutical sterilization applications. The 316L material composition provides superior resistance to chlorides and acidic media, outperforming standard 304 stainless steel in corrosive environments.

Key engineering features include uniform pore distribution across each sintered layer, eliminating channeling effects common in conventional filters. The monolithic construction prevents delamination risks encountered with adhesively bonded alternatives, ensuring stable performance under cyclic thermal stress. Surface finish options range from electropolished interiors for ultra-clean applications to as-sintered exteriors for cost-sensitive installations. Field-proven in FCC catalyst recovery and polymer melt filtration, the φ300×500mm configuration balances filtration area with compact footprint, reducing backwash frequency and operational downtime.

Products Specifications

Material	SS316L
Filtration grade/Pore size	3um
Diameter	300mm
Length	500mm
Layer	5 layers
Technique	Sintering

Products Features

300500mm Multilayer SS316L Sintered Wire Mesh Filter Barrel 3

Superior Corrosion Resistance‌

The SS316L material composition provides exceptional resistance to chemical degradation in aggressive environments. Its alloy structure effectively prevents chloride-induced corrosion and pitting. This ensures long-term durability in applications involving acids, alkalis, and organic solvents.

Multilayer Structural Integrity‌

The vacuum-sintered multilayer construction creates a monolithic, rigid structure with enhanced mechanical strength. Each functional layer contributes to optimal filtration performance and pressure resistance. This design outperforms single-layer alternatives in demanding industrial applications.

300500mm Multilayer SS316L Sintered Wire Mesh Filter Barrel 6

300500mm Multilayer SS316L Sintered Wire Mesh Filter Barrel 7

High-Temperature Stability‌

The product maintains structural integrity across extreme temperature ranges. The sintered wire mesh resists thermal deformation and degradation. This makes it suitable for both cryogenic and high-temperature processing applications.

Precision Filtration Capability‌

The uniform pore size distribution ensures consistent particle retention performance. The multilayer architecture achieves precise filtration without compromising flow characteristics. This results in reliable separation of target particulates.

300500mm Multilayer SS316L Sintered Wire Mesh Filter Barrel 4

300500mm Multilayer SS316L Sintered Wire Mesh Filter Barrel 5

Mechanical Durability‌

The sintered construction provides superior resistance to mechanical stress and vibration. The wire mesh structure withstands high-pressure differentials without deformation. This ensures prolonged service life in dynamic operating conditions.

Chemical Compatibility‌

The material exhibits broad compatibility with various process media. It resists attack from corrosive substances commonly found in industrial processes. This versatility makes it suitable for diverse application scenarios.

commonly encountered in water treatment facilities

applications

Chemical Process Filtration‌

The SS316L sintered wire mesh filter barrel excels in corrosive chemical environments, handling aggressive media like sulfuric acid, hydrochloric acid, and organic solvents. Its multilayer construction ensures reliable separation of particulates while maintaining structural integrity under high-pressure differentials. The product is widely deployed in petrochemical refineries for catalyst recovery and reactive intermediate purification.

Food & Beverage Processing‌

Used in high-purity liquid filtration for dairy, alcoholic beverages, and edible oils, the SS316L construction resists microbial adhesion. It complies with 3-A sanitary standards for CIP/SIP cleaning cycles. The filter maintains organoleptic properties while removing yeast, bacteria, and colloidal particles.

Semiconductor Production‌

The ultra-high-purity version prevents metal ion contamination in photoresist and CMP slurry filtration. It withstands aggressive cleaning agents like SC1/SC2 solutions in wafer fabrication. The sintered structure ensures consistent 1-10 micron particle retention in ultrapure water systems.

Nuclear Industry Applications‌

The radiation-resistant SS316L variant is used in primary coolant filtration for PWR/BWR reactors. It filters out corrosion products while withstanding neutron flux and high-temperature water chemistry.

Aerospace Fluid Systems‌

Deployed in aircraft hydraulic and fuel filtration, the component withstands extreme temperature cycling. Its vibration-resistant design ensures reliable performance in high-altitude and re-entry conditions. The filter meets MIL-STD-883 testing protocols for space-grade applications.

Marine & Offshore Systems‌

The chloride-resistant SS316L construction prevents pitting in seawater desalination and ballast water treatment. It handles abrasive media in subsea hydrocarbon production. The filter maintains performance under high hydrostatic pressures in ROV and submersible equipment.