Hi
First time using the schluter shower lt. (Linear drain down the center)
The shower is 36" wide. So the outside edges are approx 1.25" thick and the middle is about 1" thick. Giving a very slight V shape when looking at the wall.
So now I'm unsure how to proceed on the floor wall transition with handling the slopes. Porcelain dark grey tile on the floor and a porcelain white tile on the wall. Both are roughly 3/8" with floor slightly thicker. Here are options so far:
1) have wall overlap floor which will leave an extra 1/4" gap at center line getting smaller at the ends.
2) tile wall right to bottom and then tile floor to wall. Since its 3/8" tile only gap will be between floor and wall which will be caulked.
3) schluter wholesaler said to use quadec along wall which would then when you tile floor to wall you would see a small amount of the aluminum. Then my other wall will be tiled normal with wall on top of floor tile.
Any advice on best way to proceed would be greatly appreciated. Hope I explained it well enough.
Thanks
Paul
First time using the schluter shower lt. (Linear drain down the center)
The shower is 36" wide. So the outside edges are approx 1.25" thick and the middle is about 1" thick. Giving a very slight V shape when looking at the wall.
So now I'm unsure how to proceed on the floor wall transition with handling the slopes. Porcelain dark grey tile on the floor and a porcelain white tile on the wall. Both are roughly 3/8" with floor slightly thicker. Here are options so far:
1) have wall overlap floor which will leave an extra 1/4" gap at center line getting smaller at the ends.
2) tile wall right to bottom and then tile floor to wall. Since its 3/8" tile only gap will be between floor and wall which will be caulked.
3) schluter wholesaler said to use quadec along wall which would then when you tile floor to wall you would see a small amount of the aluminum. Then my other wall will be tiled normal with wall on top of floor tile.
Any advice on best way to proceed would be greatly appreciated. Hope I explained it well enough.
Thanks
Paul