Precise filtration and flame arrestors
Unlike the large, sintered filter family using vacuum fused and sintered process. The precision sintered family of filter elements are manufactured by co-axial pressing. A wide range of different geometries can be obtained by means fusing process. The pore size is made to measure from 0.5 µm to 200 µm.
Sintering turns elements into dimensionally stable, metallurgically strong components which can be used as self-supporting constructional elements. The pores are fixed in terms of size and position. A unique production technique allows the joining between porous and solid materials in a compacting process, resulting in so-called filter modules.
The pore size and structure determine the flow pattern desired by different applications. The gas/liquid flows through the porous matrix, and based on the functionality; the media takes an active part in the process.
Matching Solid Materials: Sintered metals mirror the chemical and thermal traits of their solid counterparts, emphasizing durability. Note that high-porosity components (like sintered metals) might display distinct chemical properties due to specific surface area considerations.
Delicate Flow Management: Offers precision flow control, ensuring exact and controlled fluid movement for precise operations.
Amplified Surface Area: High surface area to volume ratio acts as a heat sink, efficiently dissipating heat and maintaining optimal temperatures.
Explore the Diverse Applications of Precision Sintered Media
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