With professional ETICS, you can save a lot of money for energy and reorganization. External thermal insulation systems are used both for new buildings and for the energetic renovation of older buildings. They offer many advantages, but also make special demands on the fabricators and the required fasteners. EJOT offers high quality ETICS anchors, assembly elements, tools and accessories.
ETICS anchor types:
- Ceiling insulation fasteners:
Fastening solutions for ceiling insulations
For the variety of different insulating materials and insulation surfaces, the EJOT ceiling insulation fasteners always offer an appropriate and reliable solution.
- Brick slip anchors:
EJOT brick slip system anchors for prefabricated External Thermal Insulation Composite Systems
Ceramic claddings are another design possibility of ETIC systems. Prefabricated brick slip ETIC systems should generally be mounted with EJOT brick slip system anchors due to the significantly higher weight per unit area.
- Rail anchors:
For rail systems
If greater tolerances of the facade have to be considered, rail systems are suitable for mounting ETICS. The mounting has to be quick and reliable. With the ejotherm rail anchors, you are on the safe side. The screw and nail anchor product range is characterised by versatility, highest load-carrying capacity and their approval for all building material classes.
- Special fasteners:
For fastening ETICS with problematic substrates
EJOT offers special fasteners also for fastening External Thermal Insulation Composite Systems with problematic substrates. These anchors can also be combined with other products such as our brick slip system anchor and have the European Technical Approval (ETA) as well.
- Washer anchors:
ejotherm washer anchors for the fastening of insulation boards
The ejotherm washer anchors with European Technical Approval (ETA) make it easy for you. High-performance anchors guarantee a reliable hold in all building and insulating materials. The purpose-designed expansion zones allow highest characteristic loads combined with a minimum embedment depth.