We focus on the fabrication of high-temperature alloy mesh sintered porous elements, which play an important role in liquid and gas filtration. In the requirements for special operating conditions, these premium filter elements can elevate your filtration processes, enhance efficiency, and ensure the purity of your products.
1. Properties
Premium Construction: Crafted from high-temperature alloy, the filter elements ensure longevity, corrosion resistance, and maximum durability.
Precision Mesh Weave: The filter elements feature a meticulously woven wire mesh with varying mesh sizes to accommodate different filtration needs. This ensures precise filtration, capturing impurities and contaminants effectively while allowing essential materials to pass through.
Versatility in Applications: This filter elements are designed for a wide range of applications, including but not limited to industrial processes, chemical filtration, oil and gas, water treatment, and laboratory experiments.
High Flow Rate: Experience efficient fluid and gas flow with our filter elements. The carefully engineered mesh design facilitates a high flow rate while maintaining effective filtration, optimizing performance in your systems.
Customizable Options: Different applications require different specifications. The filter element properties can be tailored upon your specific needs.
Easy Installation and Maintenance: The design allows for quick and straightforward installation, and routine maintenance is hassle-free, ensuring minimal downtime for your operations.
2. Specifications
Filtration Grade: 1.0 μm, 3.0 μm, 5 μm, 8 μm, 10 μm, 15 μm, 20 μm, 30 μm, 50 μm
Geometric dimensions: The longest filter tube is 3000 mm with the diameter 20~150 mm. The seamless disc diameters can be up to 500 mm with the thickness of 1.5~30 mm.
Material Selection: 316L; 304L; 310S; 321; Hastelloy alloys; Inconel 600; Inconel 625; Monel400
Note: Special element can be customized according to requirements.
Get Started with a Free Quote for
Microporous Metal Membrane Elements
and A Solution Related Filtration and Separation Systems