Name: M10 Female Thread SS316L Porous Filter Element Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 249308531

TOPTITECH's M10 Female Thread SS316L Porous Filter Element epitomizes excellence in precision filtration technology. Fashioned from SS316L powder using advanced sintering techniques, this filtration component emerges as a stalwart solution for a myriad of industrial filtration exigencies. Boasting a 1-micron precision rating, it ensures meticulous particle entrapment and fluid regulation, catering adeptly to the stringent demands of diverse industrial sectors.

Characterized by M10 internal thread terminations at both ends, this filter element seamlessly integrates into filtration systems, guaranteeing a robust and enduring filtration solution tailored for liquid and gas filtration applications. The SS316L material constitution not only confers unparalleled corrosion resistance and elevated thermal endurance but also underscores the enduring efficiency and longevity of this sophisticated porous filter element within industrial operational landscapes.

Products Specifications

Material	SS 316L
Length	300mm
Outer diameter	10mm
Internal diameter	6mm
Connector	M10 female thread on both sides
Porosity	1micron
Technique	Sintering

Products Features

Enhanced Filtration Precision: Boasting a 1-micron precision rating, this filter element ensures meticulous particle capture and fine-tuned fluid regulation.

Corrosion Resistance: Crafted from SS316L material, this filter element exhibits superior corrosion resistance, ensuring durability in challenging industrial environments.

Thermal Endurance: With heightened thermal tolerance, it can withstand high temperatures, making it ideal for applications requiring heat resistance.

Longevity and Durability: The sintered SS316L construction ensures longevity and robustness, providing a reliable filtration solution for extended operational periods.

Versatile Applications: Designed with M10 female thread interfaces, this filter element seamlessly integrates into diverse filtration systems, catering to a wide range of liquid and gas filtration applications.

Efficient Fluid Dynamics: The uniform pores produced through controlled sintering processes optimize fluid flow dynamics, enhancing filtration efficiency.

Reusability: Easily cleaned through various techniques, it can be reused efficiently, maintaining near-original filtration efficiency levels.

Industry Compliance: Meeting stringent industrial standards, this filter element aligns with quality requirements across various sectors, ensuring consistent performance and reliability.

applications

Catalyst Filtration

TOPTITECH's M10 Female Thread SS316L Porous Filter Element excels in enhancing efficiency within catalyst reactions, effectively preventing catalyst leaks across diverse industrial settings.

High-Temperature Gas Filtration

This filter element facilitates the separation of gas and solid particles in high-temperature environments, reducing processing requirements and elevating safety standards in industries reliant on organosilicon materials.

Crossflow Filtration

With precision separation capabilities, TOPTITECH's M10 Female Thread SS316L Porous Filter Element efficiently isolates small particles, ensuring product quality and lowering production costs effectively.

Starch and Food Processing Filtration

This sophisticated filtration system adeptly recovers 100% of starch from wastewater, significantly reducing COD levels and outperforming conventional filtration techniques.

Filtration In The Food And Beverage - Brother Filtration

Spargers and Diffusers

Leveraging metal membrane materials, this filter element enhances gas absorption rates in bioreactors, resulting in lowered energy consumption and heightened efficiency in bio-fermentation processes.

Powder Handling and Processing

TOPTITECH's M10 Female Thread SS316L Porous Filter Element optimizes solid handling procedures, particularly in coal gasification devices, improving particle fluidity and operational efficiency effectively.