SS Mesh Cartridge

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Overview

The DropX SS Mesh Cartridge is a durable, reusable filter element engineered for demanding industrial applications where temperature, pressure, or chemical exposure limits the use of polymer-based cartridges. Constructed entirely from stainless steel wire mesh and perforated support layers, it provides long-term filtration performance with exceptional mechanical strength and easy cleanability.

Key Features

Designed for reliability under extreme operating conditions, the stainless steel mesh cartridge offers precise filtration through uniform pore openings while maintaining structural integrity under high differential pressures. Its rigid all-metal body resists deformation and chemical attack, making it suitable for aggressive fluids and high-temperature systems. The cartridge can be cleaned and reused multiple times through simple backwashing or ultrasonic cleaning, offering significant cost savings and reduced waste. Available in multiple micron ratings and mesh grades, it delivers stable flow and low pressure drop throughout its operating life.

Applications

The DropX SS Mesh Cartridge is ideal for high-temperature water filtration, chemical processing, oil and gas, electroplating, and power plant condensate systems. It is also used as a pre-filter in high-load or corrosive environments where polymer filters degrade rapidly. Its reusability and robustness make it an economical and sustainable solution for continuous-duty filtration applications.

Specifications

Manufactured from high-grade stainless steel (SS 304 or SS 316L), the cartridge features a precision-woven wire mesh welded to a perforated cylindrical core. Micron ratings are available from 5 µm to 200 µm, with standard lengths of 10", 20", 30", and 40". The cartridge is compatible with standard DOE and SOE housings and can operate at temperatures up to 200°C and pressures exceeding 10 bar. Designed for high flow and easy maintenance, the DropX SS Mesh Cartridge combines longevity, mechanical strength, and precision filtration for demanding process environments.