Metal Porous Filters are advanced filtration components made from high-quality metals, with 99.4% min. titanium powder as a core material, delivering exceptional durability and corrosion resistance. Metal Porous Filters offer precise filter grades ranging from 0.45μm to 120μm and porosity of 28-50%, enabling efficient capture of impurities while maintaining stable flow rates. Metal Porous Filters withstand a maximum wet working temperature of 280℃, a compressive strength of 0.5-1.5MPa, and a maximum pressure drop of 1.0MPa, adapting to rigorous operating conditions. Metal Porous Filters perform reliably in environments with nitric acid, fluoride salts, sea water, and more, making them versatile for diverse industrial applications.
Titanium Porous Filters are a specialized variant of Metal Porous Filters, crafted exclusively from 99.4% min. titanium powder to enhance corrosion resistance
These filters inherit the core technical parameters of Metal Porous Filters, including the 28-50% porosity and 0.45μm-120μm filter grades, while excelling in harsh chemical environments. Titanium Porous Filters maintain structural integrity in liquid chlorine and lactic acid, matching the allowable working environment of Metal Porous Filters and expanding their applicability in chemical processing. Their compatibility with high temperatures up to 280℃ (wet) makes Titanium Porous Filters a reliable extension of Metal Porous Filters.
Hastelloy Porous Filters complement Metal Porous Filters by offering enhanced resistance to extreme corrosive media beyond titanium’s capabilities
Though distinct in material, Hastelloy Porous Filters align with Metal Porous Filters’ performance standards, supporting similar pressure and temperature ranges for seamless system integration. These filters are ideal for scenarios where Metal Porous Filters (titanium-based) may face limitations, such as concentrated corrosive mixtures outside standard allowable environments. Hastelloy Porous Filters broaden the scope of Metal Porous Filters, creating a comprehensive portfolio for demanding filtration needs.
UHMW-PE Porous Filters add versatility to Metal Porous Filters, introducing a non-metallic option for specific application scenarios
Unlike metal-based variants, UHMW-PE Porous Filters offer lightweight performance while matching some of Metal Porous Filters’ environmental adaptability, such as sea water resistance. These filters integrate with Metal Porous Filters in multi-stage systems, leveraging their unique properties to handle media where metal filters may cause contamination. UHMW-PE Porous Filters retain compatibility with moderate temperatures and pressure parameters, complementing Metal Porous Filters’ strengths in high-temperature and high-corrosion environments.
In summary, Metal Porous Filters serve as the core of this diverse filtration portfolio, encompassing Titanium Porous Filters, Hastelloy Porous Filters, UHMW-PE Porous Filters, and the broader category of Porous Filters. Crafted from 99.4% min. titanium powder with strict technical parameters, Metal Porous Filters excel in high-temperature, corrosive environments, setting a performance benchmark for the other variants. Each product caters to specific needs—titanium for balanced corrosion resistance, Hastelloy for extreme chemicals, UHMW-PE for non-metallic requirements—while aligning with Metal Porous Filters’ standards. Together, they form a versatile range of Porous Filters, meeting diverse industrial filtration demands with reliability and precision.
Titanium Porous Filters FAQ
- What is the main material of Titanium Porous Filters?
Titanium Porous Filters are made from titanium powder with a minimum purity of 99.4%. This high-purity material ensures excellent performance and durability in various working environments.
- What filter grades are available for Titanium Porous Filters?
Titanium Porous Filters offer multiple filter grades, ranging from 0.45μm to 120μm. Common options include 1μm, 5μm, 20μm, 50μm and 100μm, meeting diverse filtering needs.
What is the maximum working temperature of Titanium Porous Filters in wet conditions?
The maximum working temperature of Titanium Porous Filters in wet environments is 280℃. They maintain stable structure and filtering efficiency within this temperature range.
Which corrosive media are compatible with Titanium Porous Filters?
Titanium Porous Filters suit environments with nitric acid, fluoride salts and lactic acid. They also resist liquid chlorine, sea water and air, showing strong corrosion resistance.
What are the key mechanical properties of Titanium Porous Filters?
Titanium Porous Filters have a porosity of 28-50%, compressive strength of 0.5-1.5MPa, and a maximum pressure drop of 1.0MPa, ensuring reliable operation under specified conditions.
Post Time: Feb . 01, 2026 20:35
