Aramid/Nomex/Acrylic/PPS/P84/PTFE/Fiberglass/PP/PE/Nylon Filter Bag for Baghouse
Basic Info.
Model NO. | SQALL001 |
Filter Bag Environment | High-Temperature |
Cartridge Installation | Vertical Lifting |
Certificate | ISO9001 SGS |
Transport Package | Carton & Plastic |
Specification | Customization |
Trademark | ShiQingEnvironmental |
Origin | Hefei |
HS Code | 5911900090 |
Production Capacity | 3000pieces/Day |
Product Description
Product DescriptionTechnical Specifications:
All of our filter bags are available in many different weights, treatments, and coatings tosuit the industry application. Standard and specific media materials are:* Non-Woven Needle Felt Polyester* Non-Woven Needle Felt Polypropylene* Metamax (Aramide / Nomex /Conex )* Glass fiber Needle Felt* Homopolymer Acrylic* PTFE* P84* PPS* FMS Series Felt* Glass/PTFE composite FeltMaterial Polyester
We use polyester, nonwoven, PP nonwoven, and nylon monofilament filter mesh to produce filter bags with micron rates from 0.5um to 2000um.
Bag body and botton
Use ultrasonic welding to increase fastness
Definition of PTFE:PTFE (polytetrafluoroethylene) is a neutral polymer compound with a unique molecular structure, i.e. a completely symmetrical structure.The unique structure has good thermal stability, chemical stability, insulation, lubrication, water resistance, etc.Advantages of PTFE Filter Bag:1. PTFE has a wide range of temperatures, can be used at 260 ° C high temperature for a long time, a transient temperature up to 280 ° C.2. Chemical stability, and corrosion resistance.3. Good self-lubrication, very low coefficient of friction, filtering wear is very small.4. It Could be laminated or blended with other fibers.Application Industry:More suitable for all kinds of harsh working conditions, often used in a variety of furnaces, especially electric power coal-fired boilers, glass kilns, waste incinerators, gold treatment, refining, cement, building materials, and other industries.
Technical Parameters | ||||||
Gram Weight (g/m²) | Thickness(mm) | Air Perm (m³/m².min) | Breaking Strength(N/20X5cm) | Elongation at Break(%) | ||
Warp Direction | Weft Direction | Warp Direction | Weft Direction | |||
750 | 1.2 | 2-5 | ≥800 | ≥800 | ≤30 | ≤45 |
Continuous Temperature(°C) | Instantaneous Temperature(°C) | Acid Resistance | Alkali Resistance | Abrasion Resistance | Hydrolytic Stability | Post-Processing Method |
260 | 280 | Good | Good | Good | Good | PTFE Soak or Heat Setting or Laminating |