TXP type ceramic cyclone dust collector is a new type of cyclone dust collector

Type ceramic cyclone dust collector is a new type of cyclone dust collector. The type ceramic cyclone dust collector takes advantage of the effect of the peak velocity field distribution in the cyclone cylinder on the rise of flue gas. It is equipped with a rising cylinder, a secondary separation chamber and an intermediate exhaust pipe. The flue gas swirls into the cylinder from the inlet at the designed speed. The smoke and dust are separated by centrifugal action. The dust separated from top to bottom settles along the cylinder to the ash trough. The flue gas rises along the right cylinder diameter at the peak speed of the swirl flow, containing traces of microorganisms. Part of the flue gas with higher dust concentration swirls along the rising cylinder wall into the secondary separation chamber at high speed, and then returns to the cone through the bypass air duct. The secondary separated dust falls to the bottom of the cone and merges with the primary separated dust into the dust. groove. The secondary separated flue gas is discharged from the outlet through the middle exhaust pipe. Since the rising swirl speed in the rising cylinder is much higher than that in the main cylinder, the fine dust can be effectively separated for the second time. The overall dust removal efficiency is greatly improved.
Ceramic cyclone dust collector is a new type of cyclone dust collector designed and developed on the basis of various original cyclone dust collectors. It adopts Stayman's highest optimization coefficient structure type. The inner and outer casings and components are built with ceramic cylinder blocks to ensure anti-wear performance. Not only is the service life guaranteed, but the amount of steel used is reduced, and the cost of the device and maintenance and repair costs are reduced.
The applicable scope and description of the type ceramic cyclone dust collector
The type ceramic cyclone dust collector is suitable for efficient dust removal of dry various dusts.
, suitable for use under high temperature gas conditions below ℃.
, can be used as a production link for efficient recycling of various materials.
, suitable for use as front flue gas purification of layer-fired boilers or suspended-fired furnaces.
. For models, since they are composed of multiple tubes arranged in combination, for models with large flue gas capacity, multiple units can be used in parallel, so they can adapt to irregular site conditions on site and be designed and arranged in a square shape according to the location. , round shapes to adapt to the current situation and save money. It can also be designed into a brick structure shell according to needs to save steel.
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