FluClean Fluidized Bed Cleaning System PERFECT ... - Gobizkorea

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PRINCIPLE FluClean Basic Scheme Fluidized Bed Technology employs pyrolysis to decompose coatings from the metal substrates. The cleaning process starts instantly. The FluClean Fluid Bed System consists of a cleaning furnace with a retort and an afterburner. The retort is filled with aluminum oxide fluidized by compressed air and the typical cleaning temperature for thermal oxidizing process can be adjusted between 420 °C and 520°C depends on the characteristic of polymer. The parts to be cleaned are placed into a special basket and immersed into the retort. The conversion of carbon to carbon dioxide takes place within the retort during the process. With the inherent operating characteristics of FluClean Fluidized Bed Furnaces, limiting oxygen is present in the fluidized bed for controlled carbon conversion. Under set temperature and the oxygen of the fluidization air, the contaminations are oxidized and removed as off-gas. The off-gas is exhausted and sent to the afterburner. The carbon remained in small capillaries is changed into carbon dioxide and exhausted. After cleaning process, the operator can find the bright parts and the parts are sent to the postcleaning process, if needed. The function of aluminum oxide as fluidized medium is for only heat transfer and never makes any abrasion or damage to the parts. The aluminum oxide still lasts and used for a long time. The average cleaning cycle is an order of magnitude shorter than traditional ovens due to the superior heat transfer characteristics of the fluid bed. ADVANTAGES PERFECT SAFETY LOWEST GREEN OTHERS 100% cleaning result at every batch Absolutely safe to operator Low operation & maintenance cost Environmentally-friendly technology with state-of-the-art Afterburner Short cleaning cycles No damage to parts due to homogenous heat dispersion Easy to operate The patented FluClean Fluidized Bed Technology makes the perfect cleaning quality, short cleaning cycle, operator safety & friendliness, absolutely no damage to parts and clean environment without air pollution possible. It could be the first and very surprised experience.
OFF-GAS CLEANING IN AFTERBURNER According to air pollution laws and regulations, no off gas is allowed to be exhausted to the atmosphere before being treated. The burnt off-gas coming from the cleaning furnace contains organic and inorganic substances and so the off-gas is sent to the thermal afterburner via cyclone. The off gas is burnt again at combustion chamber of afterburner by a constant flame (above 650°C) and its temperature can be reached to around 1000°C. During the process, the off gas can be cracked completely and cooled down again around 80°C by water cooler for operator safety and comes out to the air by exhaust blower. After thermal afterburner, operator does not need to afraid of any air pollution. APPLICATIONS SYNTHETIC FIBER INDUSTRY Spinnerets, Nozzles, Spinpacks, Breaker Plates, Screws, etc. CHEMICAL INDUSTRY Molds, extrusion screws, polymer pumps, filters, dies, breaker plates, mixing trays, valves, pumps, pipes, etc. PAINT INDUSTRY Hooks, frames, jigs, grates, reject parts, and baskets etc.
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FluClean Fluidized Bed Cleaning System PERFECT ... - Gobizkorea

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