Brief: Discover the advanced Custom Flue Gas Desulfurization Treatment System Porous Membrane Material, designed for high-temperature gas filtration. This innovative solution features intermetallic compound porous membrane technology, offering superior filtration accuracy, durability, and environmental benefits. Ideal for industries requiring efficient dust removal and gas purification.
Related Product Features:
Intermetallic compound porous membrane material with uniform pore diameter distribution and high filtration accuracy.
Excellent chemical and thermal stability, combining the benefits of metal and ceramic materials.
Flexible membrane technology for high precision dust removal and large flux capacity.
High temperature resistance up to 400°C, preventing bag burning in harsh conditions.
Corrosion-resistant to H2S, SO2, and SO3, ensuring long-term durability.
Low filtration resistance and high open porosity for energy-efficient operation.
Environmentally friendly material preparation and recyclable lifecycle.
Rigid membrane option for high-temperature applications up to 800°C.
Faqs:
What makes the intermetallic compound porous membrane material unique?
The material is prepared using atomic-scale partial diffusion reaction synthesis, allowing precise pore structure regulation. It combines metal and ceramic advantages, offering high filtration accuracy, thermal stability, and recyclability.
How does the flexible membrane technology improve dust removal efficiency?
The flexible membrane features a smooth surface, high porosity, and consistent aperture size, enabling efficient dust interception and easy ash removal via blowback. It also offers higher flux and lower resistance compared to traditional cloth bags.
What are the key benefits of using rigid membrane filters?
Rigid membrane filters are resistant to high temperatures (up to 800°C), thermal shock, and corrosion. They are ideal for high-temperature gas purification, offering stable performance, easy installation, and long service life.