Name: Ultra-high Precision Titanium Powder Sintered Filter Cartridge With M30 Connector Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 285914710

This ultra-high-precision titanium powder sintered filter cartridge, with a precision of 0.2 microns, is specifically designed for secondary filtration systems in water treatment, effectively removing particulate impurities from the water. The cartridge features a standard diameter of 60 mm, a length of 10 inches (750 mm), and an M30 interface, ensuring seamless integration with existing systems.

As a professional manufacturer, TOPTITECH utilises advanced powder sintering technology to create a uniform structure and precise pore distribution in the filtering medium, which not only delivers consistent filtration performance but also significantly enhances mechanical strength and corrosion resistance, making it suitable for demanding water treatment environments.

Product Features

Ultra-High Filtration Precision

Utilising titanium powder sintering technology, it achieves a filtration precision of 0.2 microns, efficiently trapping fine particulate impurities in water to ensure pure and reliable output water quality.

Robust and Durable Structure

The cartridge boasts a uniform pore structure and excellent mechanical strength, capable of withstanding high operating pressures and flow impacts, thereby extending its service life.

Standard Interface and Dimensions

Equipped with an M30 interface, a diameter of 60 mm, and a length of 10 inches (750 mm), it facilitates quick installation and system compatibility, reducing maintenance time.

Excellent Corrosion Resistance

The titanium material inherently offers outstanding corrosion resistance, suitable for various chemical environments, ensuring stable performance over long-term operation.

Product Parameters

Material: Gr1 titanium
Diameter: 60mm
Length: 10''(750mm)
Filtration rate: 0.2 micron
Connector: M30
Technique: sintering

Product Applications

►Industrial Water Treatment Secondary Filtration: Used to remove residual suspended particles and colloids from water, improving overall water quality and protecting downstream equipment.

►IHigh-Purity Water Preparation Systems: Effectively intercepts particulate impurities in the secondary filtration stage, ensuring the efficiency and water quality of subsequent processes such as reverse osmosis or ion exchange.

►ICirculating Water Treatment: Applied in industrial circulating cooling water systems to reduce particulate deposition and prevent scaling and corrosion in pipelines and equipment.

►IFine Filtration After Pretreatment: Serves as a secondary unit in multi-stage filtration systems, further purifying pretreated water to meet high-end water usage requirements.

Factors Affecting Filter Cartridge Efficiency

The efficiency of a filter cartridge is not determined by a single factor but by the synergy of multiple elements. From the perspectives of materials science and fluid dynamics, the core factors influencing filter cartridge efficiency include the following:

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Core Factors Affecting Filter Cartridge Efficiency

1. Filtration Rating and Pore Size Distribution

Primary Impact: The filtration rating (e.g., 0.2 micron) is the primary factor determining the size of particles that can be retained. However, more critical than the nominal rating is the pore size distribution within the filter media. A high-efficiency cartridge requires not only a fine enough rating but also a uniform and narrow pore size distribution.

2. Filter Media Structure and Filtration Mechanisms

Our titanium powder sintered cartridge primarily relies on depth filtration, where efficiency stems from the synergistic effect of three mechanisms:

Direct Capture (Sieving): Trapping particles larger than the pores on the surface of the media.

Inertial Impaction and Interception: As the fluid navigates the tortuous pore channels, particles deviate from streamlines due to inertia, impact, and adhere to the filter media's particles or matrix.

Diffusion Adsorption: Particularly for sub-micron particles, Brownian motion increases the probability of adsorption onto the pore walls as they travel through the long, narrow paths of the media.

3. Contaminant Characteristics and Fluid Operating Conditions

Contaminant Characteristics: The concentration, shape, material (e.g., hardness, viscosity), and Zeta potential (surface charge) of particles all influence how easily they are captured.

Fluid Operating Conditions: Operating temperature, viscosity, and flow rate (velocity) are crucial.