MFT-FOX VT-1L-Adhesive-Rivets-Screws
Verified by manufacturer 28 days ago
Ventilated façade system.
Application
Suitable for ventilated façades in new and refurbishment projects with the following cladding materials:
- Fibre cement.
- High pressure laminate (HPL).
- Metal.
- Plaster.
- Ceramic.
- Composite.
- Terracotta and stone.
Description
The ventilated façade one layer system consists of vertical aluminium profiles and thermal bridge-free brackets (MFT-FOX VT).
The brackets are designed with both fixed and flexible point to allow for thermal expansion of the profile. The first layer vertical profiles are fastened to the thermal bridge-free brackets, with specially design stainless steel screws S-AD, to allow movement of the profiles relative to the wall brackets due to flexible points and to keep the profile connected to the wall brackets due to the fixed points.
Features and benefits:
- Flexible design using fixed and flexible points.
- 40 mm adjustment capability of the profiles on the wall brackets.
- Powder coated bracket base plate for corrosion resistance.
- Bracket length: 140–320 mm.
- Brackets can be installed using a range of methods - anchors, screws and direct fastening.
- Substructures can be designed with PROFIS Facade to create technically sound, cost-efficient solutions.
- Aluminium profiles according to EN 755-2; EN 573-3; EN 12020-2; EN 1090-3; EN AW 6063 T66 and EN1090.
- Thermal bridge calculation in accordance with EN ISO 10211-1.
General information
Color | Grey |
Finish | Powder coated |
Material | Aluminium |
Length | 140 mm 320 mm Manufacturer guidanceBracket length, 140–320 mm. |
Uniclass | |
CAWS | G10/150 Steel framing system G10/20 Steel framing system H92/120 Rainscreen cladding |
Specification data - Aluminium carrier rails
Standards | EN 755-2.EN 573-3.EN 12020-2.EN 1090-3.EN AW 6063 T66.EN 1090. |
Factory finish | Powder coating. |
Thermal break | EN ISO 10211-1. |
Bracket length | 140–320 mm. |
Type | MFT-FOX VT M / L. |
Fastener | HIT-HY. HRD-H. HSA-R. HST-R. HUS-HR. |
Type | MFT-L. |