Dust Collector

タイトルまたは説明

Product descriptions:       
Dust collector is designed to separate superfine particle or even sub-micron dust from process gas with micropore fiber material. It is widely applied to chemical industries, polymer, medicine, electric power, metallurgy and concrete industry. Dust Collector can be divided into pneumatic conveying filter and silo filter according to its use.
It can be also divided into bag filter and cartridge filter according to structure. Filter material is mainly made of fibre, common felt, felt with Tex, polyester, Nomex, polymer cloth, Teflon, terylene, Plypropylene.
 
Product Features:
Effective filter area increase by **3 times; lower the pressure difference, increase the air flow; lower emissions, surface filtration efficiency multiplied.
Integrated design, easy installation, examination and repair, shorten stop production time; shorten the filter elements, less abrasion and leakage, extend the service life.
Reduce the requirements of cleaning pressure, energy consumption saving.
Compacts structure for reducing the area of dust collector to realize superfine dust filter.
Surface coating, conductive polyester dipping, surface smooth treatment can be optional.
Acid and alkali resistance, moisture resistance, anti adhesion.
Filter efficiency: *9.*9%, use two times high efficiency filters towards special requirements.
Operating temperature: ordinary filter material at the temperature of **0℃; high temperature filter material **4℃.
Anti-fracture force:：*5kg/c㎡; Anti tension：*0kg(X), **2kg (Y);
The dust filter adopts pulse back-blowing, shaking and hitting, acoustic waving. The pulse back-blowing type includes the components of pulse controller, solenoid valve, jet pipe, pressure meter, safeguard device and windows, etc.
In the project of modification, we can increase the processing capacity and retain the original space and provide the entire processing service by offering the optimal solution, equipment, and intelligence inspection & control system according to users’ need.