To control the contamination of air and avoid further pollutions, the use of filter bags is one of the most prevalent methods. For this aim, wide range of design and fabrication of filter bags offer effective solutions for diverse applications like automotive, chemical, electronics, food and beverage, metal working, petrochemicals, pharmaceutical, paint and cement industries. For each application the specific filter bag with special materials are needed such as PTFE, ABP, Woven, Nylon and etc.
 |
 |
|
|
Temperature (°C) |
Filed of Application |
|
|
Scrim and Fibre Type |
Continuous |
Peak |
|
| Polypropylene |
90 |
95 |
Chemical and Pharmaceutical Industry, Food Industry, Galvanizings, Plastic Production |
| Polyamide | 110 | 115 | Wet Filtration |
| Polyacrylonitrile copolymer | 115 | 120 | Asphalt Mixing Plants, Chemical Industry |
| Temperature-resistant olefin | 125 | 135 | Chemical Industry, Fertilizer Production, Lime Hydration |
| Polyacrylonitrile homopolymer | 125 | 140 | Coal Mills, Power Stations, Spray Dryer |
| Polyester | 150 | 150 | Aluminum Production, Cement Industry, Food Industry, Metal Production, Plastic Production, Wood Processing |
| Polyphenylene sulphide | 190 | 200 | Biomass Incinerators, Metal production, Power Stations, Waste Incineration |
| m-Aramide | 200 | 220 | Asphalt Mixing Plants, Cement Industry, Lime Industry, Metal production |
| Polyimide | 240 | 260 | Cement Industry, Metal Production, Power Stations, Waste Incineration |
| Premium Fibre Blend | 240 | 260 | Biomass Incinerators, Cement Industry, power Stations, Waste Incineration |
| Polytetrafluorethylene | 250 | 280 | Cement Industry, Chemical Industry, Power Stations, Special waste Incineration |
