PLEATED MEDIA FILTERS

LNT Industries Engineering Services Pleated Media Filters

Available in Wire Screen, Paper, Synthetic (woven and non woven), Micro glass fibre and Membrane media with a micron rating of upto 0.1 microns with support parts of Plated steel, Stainless steel, Aluminium, Brass, Plastics etc,. These filters can be supplied in any practical size.

L&T Filtration manufacture and supply a range of pleated air filter media including polypropylene, polyester and activated carbon polyester which meet the EN 779:2012 industrial standard for coarse and fine filtration efficiency. Our pleated media is ideally suited for manufacturing disposable pleated panel filters, mini-cell panel filters, rigid filters, etc. Polypropylene Pleated filter media from L&T offer high dust loading for maximum service life while reducing airflow resistance. Multiple types available for your selection. Pleated Filter Media range is available in bulk roll and pleated packs that are suitable for installation in V-cell, Mini-pleat and Compact Rigid Filters.

Features: Polypropylene Material
  • Non toxic, odourless
  • Light weight and nature white
  • Environmental friendly
  • Pleat pack sizes to customer requirements
  • 100% Polypropylene stiffened melt blown media
  • Electrostatically charge stable
  • Flame Retarded – U.L. Class 2
  • Acid and corrosion resistance
  • High melting point (167-174 degree)
  • The media is resistant to moisture and microbial growth
  • Not suitable for laminating process
  • Available in grades F5-Y11 to meet EN779:2012 standard
  • Not promote the growth of bacteria, mold, mildew, or fungi in normal operating environments.
Features: Composite Material
  • Flat and smooth
  • High strength for easily folding
  • 20% lower resistance under the same efficiency
  • High dust holding capacity to extend the service life
Features: Low Resistance Composite Material
  • Low resistance and high dirt holding capacity extend the service life
  • Reduce the energy consumption
  • Increase the air cycle frequency
  • High CADR values