LATICRETE International, Inc. -L-Shape Edging Profile Made of Color Coated Aluminum (LS3)

DOWNLOADS

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


Category: 097000 | aluminum coatings | carpet accessories...

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 Color Coated Aluminum (LS3)

L-Shaped Edging Profiles Made of Color Coated Aluminum are designed for use as both edge protection against chipping and cracking of the unfinished tile edge and as a decorative element for wall and countertop applications. Specifically designed to create a visually appealing and professional installation.

Suitable for residential and commercial projects, they can be used indoors and outdoors as an alternative to traditional tile trim. A special powder coating process creates pieces with consistent color and a gloss finish. Color finishes may be selected to either create a visual contrast and focal point against the tile or to blend into the overall installation allowing the tile itself to remain the focus.

L-Shaped Edging Profiles Made of Color Coated Aluminum are also available with an open mounting leg, allowing them to be used around curves, radiuses, and decorative borders.

Features & Benefits

  • May be used for 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
  • Protects users from sharp edges and corners
  • Alternative to traditional tile trim
  • Available with an open mounting leg for curves and radiuses


See More