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Fundo Riolito neo

Fundo Riolito neo

new

"The new wedi Fundo Riolito neo - Small changes, great performance."

Product information

The new wedi Fundo Riolito neo.

The floor-level shower element features three innovations which deliver real added value both visually and in terms of practicability: a drainage channel right next to the wall, a completely continuous slope right to the channel and more flexible adjustment to the room situation.

The new Fundo Riolito neo is available not only in multiple formats, but also has the option of short or long channel drains. The shorter channel drain gives more flexibility on site to cut the floor elements to a individual customized size.

Whichever version you decide on, you can depend 100% on the unique advantages of this system with the right drains and full profile system customized to the drain.

Thanks to a new, slimmer, oval drain the channel drain for the new Fundo Riolito neo can be located even closer to the wall. Also in this case, large format tiles can be laid almost seamlessly.

Height adjustment for the channel is integrated directly into the channel cover. A new development which, among other things, makes cleaning easier.

In addition, installation of the new Fundo Riolito neo is just as easy and safe as the installation of the original Fundo Riolito range.

The new wedi Fundo Riolito neo. – Innovation with added value.

All advantages at a single glance

Technical properties Fundo Riolito neo

For impact sound deadening floor structures, the installation of impact sound deadening under wedi Fundo and edge insulating strips should be planned: Design using thewedi impact sound deademimg Nonstep Plan. Alternatively, approved polythene membranes can be used. wedi Fundo Riolito neo floor elements can be shortened on site, but the geometry of the elements must be maintained.
Wheelchair load-bearing from minimum tile size 50 x 50 mm
Glass mosaic from minimum size 20 x 20 mm
Minimum foundation height depending on the drain:
horizontal drain, DN 50
vertical drain, DN 50
horizontal drain, Mini Max, DN 40

130 mm
50 mm
97 mm
Surface slope (from outer edge of Fundo
Riolito neo floor element to outer edge)
≥ 2,4 %
Material XPS
Long-term compressive strength (50 years)
≤ 2% compression EN 1606
0.08 N/mm2
Compressive resistance at 10% compression EN 826 0.25 N/mm2
Thermal conductivity EN 13164 0.036 W/mK
Bulk density EN 1602 32 kg/m3
Temperature limits -50°C / +75°C
Fire behaviour EN 13501-1 E
Waterproof tested to 1.5 bar

Product sizes

Order no. Designation External dimensions: W x L x H, Channel
075100001 Floor element with channel drain, rectangular 1200 x 800 x 50 mm,
700 mm
075100004 Floor element with channel drain, rectangular 1200 x 900 x 50 mm,
800 mm
075100008 Floor element with channel drain, rectangular 1200 x 1000 x 50 mm,
900 mm
075100033 Floor element with channel drain, rectangular 1400 x 900 x 50 mm,
700 mm
075100034 Floor element with channel drain, rectangular 1600 x 1000 x 50 mm,
800 mm
075100005 Floor element with channel drain, rectangular 1800 x 900 x 60 mm,
800 mm
075100003 Floor element with channel drain, square 900 x 900 x 50 mm,
800 mm
075100031 Floor element with channel drain, square, with short channel 900 x 900 x 50 mm,
300 mm
075100032 Floor element with channel drain, square 1000 x 1000 x 50 mm,
800 mm
075100010 Floor element with channel drain, square 1200 x 1200 x 50 mm,
1100 mm

Areas of use Fundo Riolito neo

  • In domestic residential construction
  • In publicly accessible buildings and workplaces complying with DIN 18040 part 1
  • In accessible dwellings complying with DIN 18040 part 2 (note specifications for minimum tile size if wheelchair access is planned, see technical properties)
  • As a construction seal combined with tile and natural stone coverings of load class A0, A and B (floors subject to moderate surface flowing water in interior areas; directly loaded floors in rooms in which tap or cleaning water is used very frequently or for long periods, and floors of indoor and outdoor pools that are filled with water with the properties of drinking water).

Mandatory articles

Optional articles