PP Filter Bag

Nontoxic, odorless, tasteless, milky white. No water absorption. Aging resistance. Good chemical properties. No reaction with most chemicals.

Description

Overview

The operating temperature of polypropylene is 90 ℃ - 100 ℃. Polypropylene has good chemical properties, excellent hydrolysis resistance, high strength, good wear resistance, high elastic recovery and good insulation performance, which can replace PE in some occasions


PP has good chemical stability, in addition to being eroded by concentrated sulfuric acid and concentrated nitric acid, it is relatively stable to other chemical reagents and has good anti-corrosion effect. However, aliphatic hydrocarbons and aromatic hydrocarbons with low molecular weight can soften and swell PP.


Product Features

  1.  Acid and alkali resistant

  2. Cost effective


Technical Parameter and Size

Standard size


Filter   Area (m2)  

 Diameter   (mm)  

 Length   (mm)  

 Recommended   Flow Rate (m3/ h)  

 1#  

 0.24   

178   

 420   

 10

 2#  

 0.48   

178   

 810   

 20

 3#  

 0.08   

102   

 230   

 3

 4#  

 0.16   

102   

 410   

 6


 Temperature and chemical resistance


 Temperature   Resistance  

 Chemical   Compatibility  

 Polypropylene 

 <   90℃

 S.Acid   / W.Acid / W.Alkali / S.Alkali 

 Polyester    

 <   140℃

 W.Acid   / Solvent

 Meta-Aramid    

 <   220℃

 W.Acid   / W.Alkali / S.Alkali / Solvent

 PTFE    

 <   240℃

 S.Acid   / W.Acid / W.Alkali / S.Alkali / Solvent

 

Example: PO-10-P02B represents needled felt filter bag, micron rating of 10um, with no cover, size 2 filter bag and NBR seal ring

 Code  

 Micron Rating

 Cover Layer  

 Size  

 Seal Ring

   PO- Polypropylene 
   PE - Polyester
   NT - Meta-Aramid
   PT - PTFE

 1 / 5 /10/25/50/100/200 um  

 P - Plain

  01 - No.1
  02 - No.2
  03 - No.3
  04 - No.4

 B - Beato Ring
  E - E Type Ring
  F - F Type Ring
  S - Stainless Steel 


Application Area

  1. Recycled Water Systems  

  2. Food

  3. Gum Resin & Solvent

  4. Chemical Processes

  5. Powder Production and Filtration