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High Temperature Resistant Air Filters Different Types of High Temperature Resistant Filters
High Temperature Resistant Air Filters Different Types of High Temperature Resistant Filters(1) Industrial high-temperature resistant air filterIndustrial high-temperature resistant air filters are made of special organic synthetic fiber or glass fiber materials, which have the remarkable feature of high filtration efficiency. It has relatively low requirements on the use environment. It can work efficiently when the temperature is controlled within 240 degrees Celsius and the humidity is generally around 80%. In pharmaceutical factories and other places, it mainly filters particulate matter and provides clean air for the production environment. For example, in some pharmaceutical companies, industrial high-temperature air filters can effectively filter tar, soot, dust, and other particles in high-temperature exhaust gas to ensure the cleanliness of the pharmaceutical production environment. This kind of filter has a large filtration area, large dust capacity, and low resistance, which can ensure filtration accuracy and filtration efficiency. At the same time, it also uses galvanized sheets, stainless steel sheets, etc. as the outer frame, which increases the overall strength of the equipment and makes it more durable. Since the curing process of the silicone used in industrial high-temperature air filters is from the surface to the inside, the curing time of the glue is 3-7 days under normal circumstances. If it is not completely cured and is directly installed on high-temperature equipment for use, it may cause high temperatures. Accidents such as glue cracking, swelling, or glue detaching from the outer frame. To resolve this issue, wait 7 days before use or follow specific temperature and cooling procedures. (2) High temperature resistant high-efficiency air filter The high-temperature resistant high-efficiency air filter has a partition structure, which is mainly assembled from glass fiber or ultra-fine glass fiber filter paper, aluminum foil partitions, stainless steel outer frame, and special high-temperature resistant sealant. It is widely used in high-temperature air purification equipment and systems, such as ultra-clean ovens, ultra-clean cleaning machines, chemical industries, etc. This filter has a variety of performance characteristics. First of all, it has various efficiency specifications from H10 to H14, which can adapt to different requirements. Secondly, the stainless steel frame is equipped with special temperature-resistant sealing materials, which can withstand temperatures up to 250oC and 319oC. Furthermore, special folding equipment is used for folding, special glass fiber filter paper is used as the filter material, and special aluminum foil spacers increase the filtration effect. Each filter has undergone anti-volatilization treatment and strict testing, and its performance is stable and reliable. It applies to a wide range of places, including aerospace, electronics, semiconductors, chips, biopharmaceuticals, hospitals, food processing, and other high-cleanliness places, as well as terminals of air-conditioning and ventilation systems and hospital operating rooms, laboratories, and other clean work with higher temperature requirements. Environment. (3) Metal mesh air filter high temperature resistant primary effect equipment The high-temperature resistant primary effect equipment of metal mesh air filters is mainly composed of metal mesh, brackets, sealing gaskets, and other parts. It is suitable for environments with high temperatures, high humidity, and high infectiousness, such as food production workshops, hospitals, laboratories, etc. The operation process is relatively standardized. The first step is preparation. Check whether the equipment itself is damaged or defective, and ensure that the environment around the equipment is dry and free of water. Then turn on the device, plug in the power, turn on the power switch, and wait for the device to start up. Then enter the device management program and set operating parameters, including filter type, filtration level, air flow and filtration time, etc. After setting the parameters, click the "Enable Filter" button to start the device. During the operation of the equipment, the operating status of the equipment should be observed regularly. If abnormal sounds or smells occur, the operation of the equipment should be stopped in time, and the corresponding components should be checked for problems and dealt with promptly. When the equipment is finished running, stop the equipment first, wait for the equipment to stop completely, then turn off the power switch and unplug the power plug. Maintenance methods include regularly cleaning debris on the surface of the equipment, periodically replacing filters, regularly checking whether equipment power cords, plugs, switches, and other accessories are loose or damaged, and regularly checking whether equipment connections are tight. In terms of troubleshooting, you can check whether the equipment power cord and plug are connected properly, check whether the equipment filter is clogged or the filtration efficiency is reduced, check whether there are abnormal sounds or odors in the equipment operating status, etc., and at the same time, perform regular maintenance on the equipment. Possibly avoid equipment failure. |
