German
French
Italian
Portuguese
Japanese
Korrean
Russian
High temperature resistant flat filter material and process detailed introduction
High temperature resistant flat filter material and process detailed introductionHigh-temperature-resistant flat plate filters are mainly used to filter tar, soot, dust, and other particles produced in high-temperature sterilization tunnels or high-temperature drying rooms in pharmaceutical factories. According to efficiency levels, they are mainly divided into high temperature-resistant primary filters and high temperature-resistant high-efficiency filters. Specific features:The high-temperature-resistant flat filter is made of domestic or imported long glass fibers, which are laminated in a non-woven manner. The fibers have good strength and elasticity, and will not cause the filter materials to be compressed together due to wind resistance, affecting the dust holding capacity. The filter material is laid flat in the filter, with a 40-120 mesh metal protective mesh on both sides and a large square grid for support. The high-temperature-resistant flat plate filter uses a baffle design. The corrugated baffles can accurately maintain the pleat spacing, maximizing the utilization of the filter material with minimal resistance. The 180 pleats on both sides of the filter material are folded to form wedge-shaped pleats. There are two indentations when the filter material is folded so that it opens into a wedge-shaped box pleat at the end of the partition. The wedge-shaped box pleat can Prevent the filter material from being damaged. The high-temperature-resistant filter itself is very durable. When it uses ultra-fine glass fiber as the filter material, the improved filtration effect and filtration efficiency are very obvious. Other parts of its materials will also be divided using aluminum foil plates or offset paper, which protects the filter material on a certain basis and reduces the risk of use. The outer frame of the high-temperature-resistant filter will be made of galvanized or other stainless steel materials, which can ensure the normal use of the high-temperature-resistant filter, improve the strength of the high-temperature-resistant filter, and increase the filtration area to a certain extent. |
