High Temp Secondary Air Filter

High temp secondary air filter choose high strength and high temperature resistant glass fiber,and the proprietary assembly process ensures stable efficiency at high temperatures. A variety of rated air volumes are available, and it is the main filter for high-temperature drying processes in industries such as dry spray paint, coating,and gluing.

filter is a kind of High temp secondary air filter with compact design,adopting special high temp resistance glass fiber, with the efficiency rate of F6,F7,F8,F9. The normally operating tempreture can reach15 180 250 This type of High temp filters have obvious characteristics, it's designed with very thin structure, so the installation space is not limited. Its dust content is very high, for many manufacturers is a very economic and practical choice. Even if it is used in a high temperature environment, there will be no fiber breaking or fiber falling, which is to make everyone very satisfied.

Handy and quick out of the water
The outer frame adopts aluminum alloy profile, Galvanized frame or stainless steel; Ultrafine glass fiber filter material, metal protective net; Inflammability, low hygroscopicity, can be used in 250 environment for a long time.

Reinforced grid
Two sides surfaces of the High temp air filter are reinforced with galvanized iron wire or stainless steel wire, which can be used normally in the environment of high air volume.
This secondary High temp air filter also has ther advanced performance of large effective filtration area,long service life, and low initial pressure drop.

Application
High temp secondary air filter are mainly used for high-temperature sterilization tunnel, ultra-clean oven and other high-temperature air purification devices and systems in the pharmaceutical industry.
It is especially suitable for painting workshop in automobile factory
It is air filter is used in painting workshop in lithium battery production line.
It is used in other ventilation systems with high fireproof requirements or high ventilation temperature