Manufacturer sells dust removal filter bags, dust removal cloth bags, polyester needle felt filter bags

.Detailed introduction of anti-static dust bag
. Anti-static dust bag filter cloths are all made of conductive fiber yarns incorporated into the warp yarns of the base cloth for the production of needle felt or conductive fibers and other conductive materials mixed into chemical fibers. ) Made of anti-static polyester needle-punched felt, it has excellent anti-static properties and is used in industries that may explode in the event of electrostatic discharge such as flour dust, chemical dust, coal dust, etc. It is currently the most ideal choice for explosion-proof dust collection.
. When the concentration of industrial dust reaches a certain level (that is, the explosion limit), it can easily lead to explosions and fires if it encounters factors such as electrostatic discharge sparks or external ignition. For example, flour dust, chemical dust, coal dust, etc. may explode if encountering electrostatic discharge. In the field of bag dust removal, if the dust needs to be collected with cloth bags, the filter material used to make the dust removal bags is required to have anti-static properties. Our company absorbs and digests foreign technology, and develops and produces anti-static needle-punched filter felt according to the needs of domestic blast furnace gas coal grinding dust collection, cement plant coal grinding dust collection and other industries.
. In addition to the process of producing ordinary needle-punched felt, the production of anti-static filter cloth also requires the mixing of conductive fibers or stainless steel conductive materials into the chemical fibers used in the production of needle-punched felt, making an anti-static filter cloth with better anti-static properties. Electrostatic needle punched felt.
Material polyester/anti-static base fabric polyester/conductive fiber/filament base fabric polyester/stainless steel fiber/filament base fabric weight thickness breathability breaking strength (/) warp and weft breaking elongation (%) warp Continuous operating temperature in weft direction (°C) Short-term operating temperature (°C) Surface resistance Volume resistance Acid resistance Excellent Excellent Excellent Alkali resistance Medium Medium Medium Wear resistance Excellent Excellent Hydrolysis stability Medium Medium Post-processing method Singing calendering/heat Shaping/Teflon/coated singeing and calendering/heat setting/Teflon/coating singeing and calendering/heat setting/Teflon/coating