Filtering bags - Import export

Large dust holding capacity High filter efficiency Breathable Long working life Good ventilation Application: Used in high temperature, high cleanliness, high air flow dryer environment. Type: pocket filter Frame: aluminum alloy or stainless steel EN779 class: F6,F7,F8,F9 Temp.Resistance: 120℃~≦170℃ Speciality: Galvanized iron or aluminum alloy frame Available in a wide range of sizes, depths and number of pockets. Available as a MERV 8, 11, 13 and 15 Open throat design for optimum air flow Low initial pressure drop and superior dust holding capacity Galvanized steel header and J-channels for filter strength

Medium non-woven fabric pocket filter: Large dust holding capacity High filter efficiency Breathable Long working life Good ventilation Application: It is applied to some equipments and systems like oven which the clean air is required; Medium efficiency anti-static pocket filter. Type: pocket filter Frame: aluminum alloy or stainless steel EN779 class: F5,F6,F7,F8,F9 Temp.Resistance: 100℃ Humidity: 100% Speciality: Galvanized iron or aluminum alloy frame Between each pocket has a metal stick to make frame,and the separation material of each pocket can avoid the filter over expanded under the pressure. Ultrasonic sealing make the filter more strong and not easy to broke. Adopt fine synthetic fiber instead of some fiberglass material. Material has Antistatic fiber,large dust holding capacity and long working life. Pocket mesh efficiency has five different type for choice:35%,45%,65%,85% and 95%

The Pulse-jet bag filter dust collector is environmental protective product in our company. The dust collector designed to collect and store dust and particulate from production and operation, it is widely used to clean air, recover valuable pollutants and remove dust in many different industries including grain processing, woodworking, mine excavating. As dust accumulates on the filter bags, periodic cleaning of the bags in order to maintain continuous operation. This periodic cleaning of bags is achieved by introducing a timed, momentary pulse of compressed air through a blow pipe, with nozzles mounted above each filter bag; An equal amount of compressed air is blown vertically downwards into each bag, the high pressure compressed air creates a shock wave down each bag causing it to release the majority of dust formed around the outside, the removed dust is then