The working principle of titanium demister is mainly based on the principle that the inertia of droplet movement hits metal objects or walls and is captured. Different types of demisters, such as baffle type, wire mesh type, centrifugal type, cyclone separation type, etc., all use this principle to separate the mist in the gas.
The working principle of titanium baffle demister (also known as demister) is that when the gas containing mist flows through the demister at a certain speed, due to the inertial impact of the gas, the mist collides with the corrugated plate and the collected droplets reach the gravity generated by themselves exceeding the combined force of the gas rising force and the liquid surface tension, and the droplets will be separated from the corrugated plate.
The working principle of titanium wire mesh demister is that when the gas with mist rises through the wire mesh at a certain speed, due to the inertial effect of the rising mist, the mist collides with the wire mesh filaments and is attached to the surface of the filaments. The diffusion of mist on the surface of the filaments and the gravity sedimentation of mist makes the mist form larger droplets that flow along the filaments to the intersection of the two filaments and finally separate and fall.
These titanium demisters effectively remove mist from the gas through different structural forms and principles, improve operating conditions, optimize process indicators, reduce equipment corrosion, extend equipment service life, increase processing capacity and recover valuable materials, protect the environment, and reduce air pollution.
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