LATICRETE International, Inc. -L-Shape Edging Profile Made of Anodized Aluminum (LS2)

DOWNLOADS

L-Shaped Edging Profiles Made of Anodized Aluminum are designed for use as both edge protection against chipping and cracking of the unfinished tile edge and as a decorative element for floor, wall, and countertop applications.


Category: aluminum trim | carpet accessories | floor transition strips...

MasterFormat: Flooring Transitions | Flooring Installation Products* | Wood Flooring...



LATICRETE International, Inc.
One LATICRETE Park North
Bethany, CT 06524
Tel: (800) 243-4788
Fax: (203) 393-1948

technicalservices@laticrete.com

https://laticrete.com/

Find a rep/distributor

Request More Info

DOWNLOADS

Related Products

Overview


L-Shape Edging Profile Made of Anodized Aluminum (LS2)

L-Shaped Edging Profiles Made of Anodized Aluminum are designed for use as both edge protection against chipping and cracking of the unfinished tile edge and as a decorative element for floor, wall, and countertop applications. Specifically designed to create a visually appealing and professional installation they can also be utilized as same height transitions between tile, wood, vinyl, carpet, and other flooring materials, adding versatility to their functionality.

Suitable for use in residential and commercial projects, they can be used both indoors and outdoors as an alternative to traditional tile trim. Due to their material composition and engineered shape, when properly sized to the accompanying tile, they are suitable for use in areas that are subject to repetitive foot traffic and heavy wear.

Features & Benefits

  • May be used for floor, wall, or countertop installations
  • Creates a clean, professional appearance
  • Protect the tile from chipping and cracking
  • May be used as a decorative or design element
  • Delineate transitions between materials of the same height
  • Protects users from sharp edges and corners
  • Alternative to traditional tile trim
  • Available with an open mounting leg for curves and radiuses


See More