Gas-liquid separation technology, high-efficiency aerodynamic separator

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Aerodynamic vane-type gas-liquid separators are gradually replacing mesh-type gas-liquid separation nets. Compared to the latter, vane-type gas-liquid separators have the following advantages: 1. Higher strength – they possess a tensile strength that exceeds that of meshes of the same category, thereby preventing failures in equipment in subsequent processing steps due to the rupture of the separation net； 2. It is not prone to clogging. Due to its special structure, the vane-type gas-liquid separator offers better filtration and dust removal capabilities compared to wire mesh, even when the mixed gas contains a high level of impurities ； 3. Self-cleaning function: The structural design of the vane-type gas-liquid separator enables it to have a good self-cleaning capability, resulting in a longer service life; moreover, its separation efficiency does not decline significantly over time ； 4. Processing capacity: Compared to mesh-type separators of the same size, leaf-type gas-liquid separators can handle a gas volume that is over 40% higher ； 5. Separation efficiency: The vane-type gas-liquid separator can achieve 100% filtration of liquid droplets with a size of 8 microns or larger, and 99.95% filtration for liquid droplets with a size of 6–8 microns ； 6. Pressure drop before and after treatment: Throughout the process of the mixed gas flowing through the vane-type gas-liquid separator, the pressure drop shall be ≤ 1.5 psi ； 7. Economical: Due to the performance parameters of the vane-type gas-liquid separator, there is no need for regular replacement or cleaning, which ensures continuous production of the process and thus increases output. Currently, the gas-liquid separation blades available in the domestic market are of varying quality; if you need custom solutions, please send a private message to the blogger, who will provide you with the most professional products and solutions.