This remarkable filter is specifically designed for systems that require continuous filtration operation. Crafted to work seamlessly, the filter is assembled using multiple filter element groups, allowing for efficient cleaning through a pulse jet device without the need for equipment dismantling. The cutting-edge hot gas filtration system utilizes independent sintered metal porous materials as filter elements, which are ingeniously regenerated in real-time through an advanced gas backblow mechanism.
Properties
Effortlessly ensures online backblow and continuous operation, providing unparalleled efficiency.
Thanks to the precision of sinter processing, the filter boasts a stable pore shape with meticulously controlled pore size and distribution. This extraordinary capability ensures the complete 100% interception of costly catalysts, safeguarding your processes.
Built with high-strength media, our filter guarantees an extended service life during rigorous processes.
Exhibits exceptional thermal strength, enduring temperatures up to a formidable 900ºC.
Unwavering resistance to corrosion, ensuring durability in the harshest conditions.
Offering a diverse range of filter materials, Shinkai provides options from standard 304L and 316L to advanced Monel, Inconel, Hastelloy alloys, and even Ni and Ti metals. This versatility meets the requirements of various environments, including those involving acids, alkalis, high temperatures, and high pressure.
Boasts excellent backflow performance, optimizing operational effectiveness.
Effectively addresses environmental protection challenges with its completely enclosed space design. The system is fully automated, significantly reducing operational risks and minimizing environmental impact, enhancing sustainability.
Applications
Excels in hot gas filtration for polysilicon production, providing optimal performance.
Efficiently manages silane gas filtration, ensuring precise and safe operations.
Ideal for hot gas filtration within the coal chemical industry, offering robust solutions.
Perfect for catalyst recovery filtration in Fluid Catalytic Cracking (FCC), optimizing resource use.
Specialized in hydrogen fluoride filtration during graphene production, enhancing production quality.
Delivers exceptional performance in hot gas filtration for boilers or incinerators, ensuring cleaner outputs.
Tailored for polyethylene and magnesium oxide solids filtration, ensuring thorough and reliable results.
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