Air Filter pads and rolls Alti Filter are made of synthetic, glass, or natural fibres. They are used for special application areas in ventilation and climate-control, to include the following: controlled-condition cabinets; air-intake filter systems for fans, compressors, and motors; filter systems for motor combustion air; and in room-air treatment systems.

  • ALTI DEF-20
    Filter Class : G2,G3
     
     
    Consists of polyester fibres with pronounced labyrinth structure and with progressive depth structure.
  • ALTI DEW-30
    Filter Class : M5
     
     
    Consists of superfine, thermally bonded polyester fibres with progressive structure, and with compression on the pure air-side. The Media is wetted with a bond active agent, and its pure air side is reinforced with a lattice structured fabric.
     
  • ALTI DEX-30
    Filter Class : G4


     

    Consists of superfine, thermally bonded polyester fibres with progressive structure, and with compression on the pure air-side.
  • ALTI ACELAN
    Filter Class : G4
     
     
     
    Consists of thermally bonded polyester fibres,the elastic medium is progressive and is constructed with compression on the pure air side.
  •   ALTI FIBROIDELASTOV
    Filter Class : G3,G4
     
     

    Robust fleece made of randomly structured polyester fibres with progressive depth structure.
  • ALTI FIBROIDELASTIC
    Filter Class : G2,G3
     
     

    Consists of latex bonded, rendomly structured natural mixed fibres with uniform depth structure and great intrinsic stiffness.
  • ALTI FARBGLAS 2"
    Filter Class : G2,G3
     
     

    Consists of a spun glass fibre fabric with compression on the pure air side. The glass fibre medium is odourless, non-inflammable, and insensitive to moisture in the air.
  • ALTI FIBROBAND
    Filter Class : G3
     

    Consists of fine, randomly structured polyester fibres. The filter layer is constructed on a stiff, tear resistant polyester gauze. It is mounted on a cardboard spool with insertion sleeve for mounting Systems.