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High-temperature resistant primary filter is a kind of air filtration equipment specially designed for high-temperature environments, which is widely used in hot-air high-temperature ovens, painting factories and other places where strong air purification is required. Its main function is to carry out primary filtration, effectively capture particles above 5 microns, dust and various suspended matters, ensure the normal operation of equipment and systems, and improve air quality.
The high-temperature resistant primary filter has the following remarkable features:
High-temperature resistance: the filter can be used for a long time in an environment of up to 400°C, which is suitable for hot-air high-temperature ovens and other occasions with high-temperature process requirements.
High-efficiency trapping capacity: it can effectively trap particles above 5 microns, including dust and suspended matter, significantly reducing the concentration of pollutants in the air.
High airflow and low resistance: the design optimization makes the filter maintain low airflow resistance under high airflow, ensuring the efficient operation of the equipment.
High dust holding capacity: Its special design makes the filter have a high dust holding capacity, which extends the replacement cycle and reduces the maintenance cost.
Flame resistance and excellent chemical properties: the filter material has good flame resistance and chemical stability, which can maintain stable performance in complex industrial environments.
Low moisture absorption: the filter shows good moisture resistance in high humidity environments, reducing the decline in filtration efficiency caused by moisture absorption.
The filter material of the high-temperature-resistant primary filter is selected from the high-temperature-resistant glass fiber imported from Japan and processed by special technology. According to the use of different environments, you can choose long glass fibers or short glass fibers to meet different filtration needs. This filter media can not only effectively capture particles, but also has excellent high temperature resistance to ensure stability and effectiveness under extreme conditions.
In order to enhance high-temperature resistance and structural stability, high-temperature resistant primary filters can use a variety of materials as the outer frame, including:
Galvanized sheet: provides good corrosion resistance and strength.
Aluminum alloy: lightweight and durable, easy to install and transport.
Stainless steel: Resists corrosion and adapts to extreme environments to ensure long-term use.
These choices of outer frame materials enable the filters to perform optimally in different industrial environments.
High-temperature resistant primary filters are widely used in the following fields:
Hot-air high-temperature ovens: play the role of primary filtration in high-temperature ovens to protect the equipment from particulate contamination.
Coating plants: effectively remove the dust and suspended solids generated during the coating process to ensure the quality of the coating.
Other high-temperature industrial environments: Suitable for various industrial production lines that require high-temperature resistant filtration.
