High temperature and high-efficiency filters have the characteristics of strong heat resistance and higher filtration power, and due to their own advantages, they have certain applications in many fields. Nowadays, many enterprises choose to produce filters in a strict filtration environment. For example, filters need to operate in high temperature environments for a long time, so they choose filters that are resistant to high temperatures and efficient. This article introduces the characteristics and uses of high-temperature and high-efficiency filters.

The characteristics of high-temperature and high-efficiency filters.

The high temperature resistant and high-efficiency filter uses high-quality raw materials. For example, using ultra-fine glass fiber filter paper as the filtering material has a large filtering area, large dust capacity, and low resistance, which can ensure the precision and wave power of high-temperature and high-efficiency filters. Galvanized steel plates, stainless steel plates, etc. are also used as external frames to add the overall strength of the equipment, making it more robust and durable. Of course, high-temperature and high-efficiency filters also have a unique feature, which can be seen from the name, It has strong high-temperature resistance. The high-temperature and high-efficiency filter uses a sealing agent, which can filter in an environment of around 250 degrees Celsius for a long time without leakage. In addition, the wooden body of the high-temperature and high-efficiency filter can withstand instantaneous high temperatures of 350 degrees Celsius and operate in a constant temperature environment of 250 degrees Celsius for a long time, with particularly stable functions.

The use of high-temperature and high-efficiency filters.

Due to its excellent high temperature resistance, high-temperature and high-efficiency filters are widely used in many fields. For example, their excellent heat resistance function makes them suitable for use at the end of air conditioning and ventilation systems, and also in some long-term high-temperature production environments. At the same time, high-temperature and high-efficiency filters have a particularly high filtration accuracy, which can provide environmental cleaning services for important ultra clean production environments in aerospace, electronic components, semiconductors, and optoelectronic pens. Of course, for industries such as biopharmaceuticals, substrates, and food processing that require high production environment temperatures and cleanliness, high-temperature and high-efficiency filters can also be well applied.