For the correct and safe installation of a ventilated facade, composite panels must be mounted on a stable structure that is precisely aligned. Fixing systems are designed to secure the aluminium substructure to the building wall and ensure proper load transfer to the supporting structure.
We provide essential components for the installation of structures used in composite panel cladding, as well as key elements for ventilated facades, designed for structural strength and long-term stability.
The range includes aluminium brackets for fixing the structure, as well as polyamide thermal break pads (LRH), used to reduce thermal bridging between the bracket and the wall. Together, these components enable a safe, adjustable, and energy-efficient installation system.
These components are used in ventilated facade projects, architectural cladding, and building envelope systems, being compatible with aluminium profiles and composite panels used in modern construction.
Facade Fixing System – Bracket
Here you can find the available standard dimensions for aluminium brackets used in installation systems for ventilated facades and composite panel cladding. These components are designed to fix the aluminium substructure to the building wall and allow adjustment of the profile position within the facade plane. Our range includes brackets available in multiple standard sizes, suitable for different installation configurations and insulation thicknesses. Upon request, custom dimensions can also be manufactured according to project requirements. For product customization, you can leave us a message in the chat or a phone number, and an Alcotek representative will contact you.
| Parameter | Minimum Value | Maximum Value |
|---|---|---|
| L | 40 mm | 60 mm |
| H | 45 mm | 260 mm |
*Available dimensions may vary depending on stock and project configuration. For up-to-date information, special dimensions, or additional technical details, you can leave us a message in the chat, provide a phone number, or contact us directly.
Facade Fixing System – Thermal Break
Here you can find the available standard dimensions for thermal break pads used in fixing systems for ventilated facades. These components are mounted between the bracket and the building wall and are designed to reduce heat transfer and limit thermal bridging within the fixing system. Our range includes thermal break pads compatible with various aluminium bracket sizes, available in multiple standard options. Upon request, custom dimensions can also be manufactured according to project specifications. For product customization, you can leave us a message in the chat or a phone number, and an Alcotek representative will contact you.
*Available dimensions may vary depending on stock and project configuration. For up-to-date information, special dimensions, or additional technical details, you can leave us a message in the chat, provide a phone number, or contact us directly.
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Technical Characteristics
Aluminium brackets and thermal break pads are components used in fixing systems for ventilated facades. The brackets are designed to fix the aluminium structure to the building wall and allow adjustment of the structural profiles, ensuring proper load transfer to the supporting structure. Thermal break pads, made of polyamide, are installed between the bracket and the wall and contribute to reducing thermal bridging, improving the energy performance of the facade system.
Aluminium Bracket
| Characteristic | Specification |
|---|---|
| Material | Extruded aluminium |
| Alloy | EN AW-6063 |
| Surface treatment | Mill finish / powder coating |
| Application | Ventilated facade systems |
| Function | Fixing the structure to the building wall |
| Resistance | High resistance to corrosion and atmospheric conditions |
| Installation | Allows adjustment of profile position in the facade plane |
Thermal Break
| Characteristic | Specification |
|---|---|
| Material | Polyamide (PA6) |
| Component type | Thermal insulation element for bracket |
| Application | Fixing systems for ventilated facades |
| Function | Acts as a thermal break |
| Mechanical resistance | High dimensional stability |
| Thermal resistance | Suitable for exterior applications |
