Name: Sintered SS316L Powder Filter Cartridges For Hydraulic Filtration Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 189588108

TOPTITECH's Sintered SS316L Powder Filter Cartridges for Hydraulic Filtration deliver unparalleled performance in industrial filtration applications. Crafted from high-grade SS316L stainless steel powder, these cartridges ensure exceptional corrosion resistance and structural integrity, ideal for environments with demanding operating conditions. The advanced sintering process guarantees precise filtration, enhancing efficiency and longevity in hydraulic systems.

Designed to meet the stringent requirements of hydraulic filtration, TOPTITECH's Sintered SS316L Powder Filter Cartridges boast a uniform pore structure that enables efficient particle capture while maintaining optimal flow rates. With a high dirt-holding capacity and excellent mechanical strength, these cartridges offer reliable contaminant removal, safeguarding hydraulic equipment from wear and prolonging component lifespan.

Specifications

Material: SS316L

Main technology: Sintered

Outside Size: Diameter 10MM, we can offer 4MM-400MM

Thickness: 1.0MM

Length: 200MM

Acceptable: Less than 1600MM, according to customized length, and shape.

Filter accuracy

Porosity

Penetrability

Compression

strength

Temperature

toleration

Max. working

pressure

0.2-100um

30-40%

3-1300m³/m²hkpa

3Mpa

600℃

0.6Mpa

Products Features

Enhanced Structural Integrity: Sintered SS316L Powder Filter Cartridges for Hydraulic Filtration exhibit a stable shape, offering superior impact and alternating load resistance, ensuring prolonged durability in challenging operational environments.
Tailored Solutions: Our cartridges provide customized options encompassing a variety of materials, shapes, and connection sizes, allowing for precise configuration to meet specific filtration requirements.

Robust Performance: With outstanding unloading strength, these cartridges excel even in high-pressure and highly corrosive settings, ensuring reliable filtration performance under extreme conditions.
Optimal Filtration Efficiency: Featuring good air permeability and consistent filtration efficiency, our cartridges deliver reliable contaminant removal while maintaining airflow rates for efficient hydraulic system operation.
High-Temperature Compatibility: Specifically engineered for high-temperature gas filtration applications, our Sintered SS316L Powder Filter Cartridges are ideal for environments requiring superior heat resistance and filtration precision.

Products Applications

Fluidizing: Sintered 316L stainless steel powder filter cartridges are utilized for fluidizing applications, ensuring efficient particle movement and uniformity in fluid beds and reactors, crucial for processes like catalysis and granulation.
Sparging: These cartridges play a key role in sparging applications, where they introduce gases into liquids for various chemical reactions, providing a controlled environment for processes such as oxidation and fermentation.
Liquid Filtration: Employed for liquid filtration, these cartridges effectively remove contaminants and impurities from liquids in industries such as pharmaceuticals, food and beverage, and water treatment, ensuring product quality and purity.
Diffusion: In diffusion processes, the filter cartridges aid in the controlled movement of gases or liquids through semipermeable membranes, enabling selective separation of components for applications like desalination and gas separation.
Flame Arrestor: Sintered 316L stainless steel powder filter cartridges act as flame arrestors, preventing the propagation of flames and ensuring safety in systems where flammable gases or vapors are present, such as in petrochemical and refining processes.
Gas Filtration: These cartridges excel in gas filtration applications, effectively removing particulates and contaminants from gases in industries like automotive, aerospace, and semiconductor manufacturing, maintaining clean and safe operating environments.