SIGN TOOLS / WERKZEUGE WERBETECHNIK

Yellotools Online Shop Home
Call Us +49 (0) 22 92–921 928   Send Email info@yellotools.com
Main page » Catalogue » TexturePlus » Natural stone darkbrown Interlock Your account | Shopping Cart | Cash box
Natural stone darkbrown Interlock Please create an account to see the prices.
Product No.: YT07TPNDIN01
Print product data sheet

 

Natural stone darkbrown Interlock
Bild vergrössern

Natural stone darkbrown Interlock

Imagine that you create a sign backwall from stone or granite. But not in days or weeks but in a few Hours ...!

Or you can put a logo in the scene with bamboo rods or slates - but without compromising annoyed bricklayers, carpenters or tile legern after phoning them. All this is now also possible for you, by our new, super-light plates in really breathtakingly realistic designs. Forget the traditional, heavy fiberglass panels, which saw the dust without end. Our interlock plates are available at the surface harder than mahogany, but can nevertheless quickly and easily with a cutter razor cut - dust-and dirt-free!

It spells it out again a smile on the face your customers - even though some of them hundred dollars more "pulled out of the bag" have ..! The pay it gladly, if he the result has seen. You'll open up new markets, increase your creativity and do not restrict by leases, construction, sustainability, etc. Even a return arms at events, fairs or at parades is super easy.

  • non-toxic, environmentally friendly, thermally precast polymer
  • approximately 120 x 60 cm tall and about 2.3 kg light
  • Perfectly suited for indoor and outdoor
  • sound-absorbing and heat
  • Resistant to insects
  • UV-light & clamminess-resistant
  • Lasts longer than wood products
  • Requires no further treatment - very easy
  • Very lightweight and easy to handle
  • Even in class ASTM E84 Class 1 available
  • Seamless transfer of technology Interlock
  • Resistant to freeze / thaw, salt water, high Humidity, washing, solvent and Weather, suitable for underwater use, high Adhesion and extremely hard surface structure.

Sitemap