Sintered Metal Fiber Hot Gas Filter Element For Dust Removal

Production description:

It is made of metal fibers with a micron diameter through non-woven laying, stacking, and high-temperature sintering, and then rolled and welded. The main materials are stainless steel 316L, stainless steel 310S, iron chromium aluminum alloy, etc.

Effectively avoids the disadvantages of non-woven filter bags that are not resistant to high temperature, ceramic filter elements and sintered powder elements are brittle.

Product feature:

1. High temperature resistance(400 ℃), strong thermal shock resistance, corrosion resistance, high strength

2. High interception efficiency, emission concentration can be lower than 5mg / Nm3

3. Good air permeability, reduced initial pressure, low energy consumption

4. Handling high wind speed (≥1 m/min)

5. Online backflush and offline cleaning, good regeneration effect

6. Long working life: no clogging

7. Conductive to avoid dust explosion caused by static electricity

8. The filter material is resistant to high temperatures and can effectively prevent bag burning

9. Easy to recycle and avoid secondary pollution

10. Dust removal system volume and footprint can be significantly reduced

Technical parameters:

Main application:

1. Hot gas filtration during the production of Magnesium Oxide, Alumina

2. Catalyst or precious metal recovery in gas processes

3. Power,Steel,Cement,Glass,Chemical,Metallurgical Industry

4. Biomass energy

Production and Installation site:

Packaging:

XinXiang XinLi Filter Technology Co., Ltd. is one of the earliest specialized in sintered metal filter equipment R & D and manufacturing of production-oriented enterprises, the company has international advanced production equipment, technology and perfect quality inspection system, as well as many years of training together a professional engaged in a vacuum sintering and filtration equipment design andmanufacturing of the technical team, product quality to meet international technical standards for the same period of the product.