Contact us
Contact us

HDC3-Y HD Low-Profile Edging – Left Transition Edge – Female

ENQUIRE ABOUT PRODUCT
HDC3-Y HD Low-Profile Edging - Left Transition Edge - Female

Share this product:

Description

HDC3-Y HD Low-Profile Edging – Left Transition Edge – Female

Part of our Heavy-Duty Product Line, this reinforced edging supports heavy traffic such as forklifts, carts, pallet jacks and more. The extended length of this edging enables smooth and seamless on-off movement of wheeled traffic.

  • 12″ in length, 5° slope angle
  • Up to 50% less push/pull force of carts on and off the matting surface
  • Left and Right Transition Edges convert into 4” edging, eliminating trip hazards
  • Standard lug connection system allows mixing of tile type

 

Manufacture where the mats can be placed :

  • Airline industry
  • Food and Bev Industry
  • Glass Industry
  • Manufacturing Industry
  • Pharma Industry
  • Retail Industry
  • Automotive Industry
  • Warehousing & Distribution Industry

 

Questions??….. Get in Touch Today!  Phone: +353 862682683  Or Email: pat@patobriensafety.com

Additional information

Weight 1.5 kg
Dimensions 45 × 30 × 2 cm

Can’t find what you are looking for? Drop us a message here →

Contact Us

Related products

  • HD - INSERT Heavy-Duty Inserts

    HD – INSERT Heavy-Duty Inserts

    Read more
  • HDL4-Y HD Low-Profile Edging - Left Transition Edge - Female

    HDL4-Y HD Low-Profile Edging – Left Transition Edge – Female

    Read more
  • HDR3 -Y HD Low-Profile Edging - Left Transition Edge - Female

    HDR3 -Y HD Low-Profile Edging – Left Transition Edge – Female

    Read more
  • AM2 Antimicrobial Drainage Tile

    AM2 Antimicrobial Drainage Tile

    Read more
  • Payments Methods Accepted

Click here for information on Shipping and Returns

Contact Info

Head Office: 9 Robinhood Road,
Fox-and-Geese, Dublin 22,
D22 DT29, Ireland

Call: 01 456 9415

Email: colm@patobriensafety.com

© Pat O Brien Safety Ltd. 2025 | All Rights Reserved.

Website Managed & Maintained by Lambourn Digital.