HPL
HPL is a modern facing material. It has the form of laminated material resulting from pressing of cellulose, which is impregnated by thermosetting resins, at high temperature together with several layers of decorative paper and covered with protective acrylic layer.
Listing the advantages of HPL panels, their light weight, increased wear resistance, water resistance, resistance to aggressive environments should be noted.
Wide range of textures and colors makes this facing material widely sought after by architects.
EnVe-Light V01
The system includes aluminum wall brackets, profiles, and accessories designed for vertical substructures in ventilated facades. It features bracket extenders to achieve various cladding offsets from the wall. Brackets with isolators are available in 45–305 mm lengths; those without isolators come in 40–300 mm, with 10, 20, or 30 mm increments depending on size (S, M, L). Brackets come with different hole geometries for installation with anchors or screws.
Brackets with preassembled isolators reduce thermal bridging by separating the substructure from the wall, improving the building’s thermal efficiency.
Each bracket has two fixing points—fixed and sliding. The sliding point compensates for profile expansion, while the fixed point bears the cladding and proportional window loads. Both points are marked and scaled for proper installation.
Vertical profiles attach to brackets using special screws or rivets, allowing controlled movement at the sliding point and secure positioning at the fixed point. A built-in fastening clip holds the profile in place during installation, speeding up assembly and alignment.
The system is compatible with cladding sheet materials fastened directly to the profiles using rivets or screws.
Visible – Horizontal + Adapter + Omega
MVe-Light H01 / EnVe-Light H01
This system includes aluminum brackets, a special adapter, horizontal profiles, and accessories, designed to create horizontal substructures without vertical guides. Brackets with insulators range from 45–305 mm; those without range from 40–300 mm, in 10, 20, or 30 mm increments (based on length). Only size M brackets are used. Brackets feature different hole geometries depending on installation method—anchors or self-tapping screws.
Preassembled isolators reduce thermal bridging by separating the substructure from the wall, improving the building’s thermal performance.
The adapter, pre-installed on each bracket, connects to the horizontal guide profile. It includes a self-tapping screw and groove for profile insertion. Attachment is done via fixed holes using rivets or screws, with clearly marked fixing points to avoid installation errors.
Profiles are inserted into the adapter groove and secured with a screw, streamlining the installation process. Although it uses fixed points only, the bracket-adapter combo compensates for thermal expansion thanks to its horizontal flexibility. The design also allows up to 60 mm profile offset from the wall.
Compatible with sheet cladding materials, fastened directly to the guide profile using rivets or self-tapping screws.
Invisible – Hangers
MVe-Light V08
This system includes aluminum wall brackets, profiles, and accessories designed for vertical substructures in ventilated facades. Bracket extenders allow for various cladding offsets. Brackets with isolators range from 45–305 mm; those without range from 40–300 mm, in 10, 20, or 30 mm increments (depending on length), and are available in sizes S, M, and L. Brackets feature different base plate hole geometries for installation with anchors or screws.
Brackets with preassembled isolators reduce thermal bridging by separating the substructure from the wall, improving overall thermal efficiency.
Each bracket includes fixed and sliding fixing points: the fixed point supports façade weight and proportional window loads, while the sliding point compensates for thermal expansion. Both are marked and scaled to prevent mounting errors.
Vertical profiles attach to brackets using special screws or rivets. The fixed point holds the profile in place; the sliding point allows movement without stressing the substructure. A fastening clip on the bracket secures the profile during installation, simplifying adjustment and reducing mounting time.
Cladding is fastened using agraffe profiles and hangers. Horizontal agraffe profiles attach to the vertical profiles at fixed and sliding points. Panels are hung via pre-mounted hangers, available in fixed, adjustable, and sliding versions, allowing precise alignment and secure attachment.
Invisible – Glue (Adhesive)
MVe-Light V02 / EnVe-Light V02
This system includes aluminum wall brackets, profiles, and accessories designed for vertical substructures in ventilated facades. Bracket extenders allow for varying cladding offsets. Brackets with isolators range from 45–305 mm; those without range from 40–300 mm, in 10, 20, or 30 mm increments (depending on length), available in sizes S, M, and L. Hole geometries in the base plate vary depending on whether anchors or screws are used for installation.
Preassembled isolators reduce thermal bridging by separating the substructure from the wall, enhancing thermal performance.
Brackets have fixed and sliding fixing points: the fixed point supports façade weight and proportional window loads; the sliding point compensates for profile expansion. Both are marked for precise installation.
Vertical profiles are attached with specially designed screws or rivets. The fixed point anchors the profile, while the sliding point allows movement without stress. A built-in fastening clip holds the profile during installation, aiding alignment and reducing mounting time.
Cladding panels are fixed using liquid nails applied in a continuous line along the panel’s edge that contacts the profile. A special double-sided adhesive tape is also applied to prevent shifting while the adhesive cures.