WBF 20 / Facade membrane
| SKU: | ALB-SP-49110.20-50x1,5 |
| EAN: | |
| Brand: | SPIDI |
| Length: | 50 m |
| Width: | 1,5 m |
| Square / Roll: | 75 m2 |
| Price is per 1 m2: |
The SPIDI® facade system is a fixing solution for any type of ventilated facade, independent of cladding material and building height. The wall brackets are manufactured from high-strength aluminium, stainless steel and steel with maximum corrosion protection.
SPIDI® wall brackets can be installed as either fixed or sliding points, both vertically and horizontally. This design speeds up the installation process, reduces the risk of errors and saves on storage costs.
Key features
- ISO 9001 and ISO 14001 certified
- Certified according EN1090-1
- Secure attachment to the primary building using certified fixing elements, the Thermostop and SPIDI® max washer plates
- Concrete substrate usually requires only three SPIDI® wall brackets per story
- Maximum torsional stiffness is provided by end-to-end stiffening ribs
- Seamless compensation of building tolerances up to ~ 40 mm with spring clips
- Wall-to-panel distances between 65 and ~ 900 mm are possible
- The high insulation thicknesses required for low energy housing can be accommodated without problems
- SPIDI special profiles are carefully selected to suit the project's cladding materials, and can be coated or treated as required
Technology and application
- The SPIDI® facade system complies with all regulations, standards and laws that apply to the implementation of ventilated facades.
- SPIDI® wall brackets can be installed vertically or horizontally as appropriate for the given facade cladding material as well as building physics and structural engineering requirements.
- The standards for facade ventilation require an unobstructed ventilation cross-section of a minimum of 200 cm2/m. In air intake and exhaust areas, the open ventilation cross-section must be at least 50 cm2/m.
SPIDI® wall brackets are installed as either fixed or sliding points to absorb these forces:
A fixed point absorbs a share of the wind load and carries the facade's dead load
A sliding point absorbs wind load and tension caused by material expansion/contraction from changes in temperature
Building physics performance
- Thermal insulation and temperature control
- Protection against moisture and condensation
- Protection against rain
- Protection against fire
- Protection against noise