Martin® External Wear Liner

Installed outside conveyor transfer point skirtboards, Martin® External Wear Liner is an economical upgrade that improves skirtboard sealing and prevents spillage. Wear liner can typically be installed without requiring work inside chute or interfering with existing chute supports.

Martin® External Wear Liner is available with standard Martin® ApronSeal™ angle clamp or Martin® ApronSeal™ low-profile angle clamp. It can easily be installed on existing studs in applications already using Martin® ApronSeal™ skirting and clamps.

Features and Benefits:

  • Improves Sealing
    Keep the burden of cargo away from sealing system.
  • Simple Installation
    Wear liner plates mount to the outside of existing transfer point skirtboard, without interfering with existing supports.
  • Easy Adjustment
    Jack screws provide precise adjustment of wear liner to reduce spillage.
  • Suits a variety of cargo and conditions
    The wear areas are available in 10mm thick wear resistant steel (HARDOX® 500 or comparable) or stainless steel (1.4571). Fits conveyors with trough angles from flat to 35°. Standard lengths are 500 mm, 1.000 mm and 2.000 mm.
  • Compatibility of side sealings
    The external Wear Liner can be combined with
    Martin® ApronSeal™ Double Skirting PN 100873+E,
    Martin® ApronSeal™ Double Skirting HD PN 100861+E,
    Martin® ApronSeal™ Single Skirting PN 100724+E and
    Martin® ApronSeal™ Single Skirting HD PN 100723+E.
  • Improves Maintenance
    Replacing worn external wear liner requires minimal welding and no chute entry.

Our technicians and engineers are available to provide expert advice and assistance on this product and all of your bulk material handling questions and problems. Please contact us today and let us help!

Product Specifications

Temperature range C° -30 – 150 °C
Throughing angle 0° - 35°
Reversing yes

Resources

Brochure - Conveyor Products Download
Tech Data Sheet - Martin® External Wear Liner Download
Operator Manual - Martin® External Wear Liner Download

View Additional Resources