Short Outer Bracket for Profiled Gutter
The indicated price is valid ordering till 13.09.2026.
Short Outer Bracket for Profiled Gutter
The short outer bracket is the primary load-bearing element responsible for the stability of the entire gutter system. It is designed to secure the square gutter directly to the fascia board. The main advantage of this model is its versatility: the bracket allows for the installation or upgrade of the rainwater system even after the roofing material has been fully laid, without requiring the removal of the lower course of roofing.
The bracket is manufactured from high-strength galvanized steel, capable of withstanding significant weight loads from accumulated water or snow. For additional corrosion protection and aesthetic integration with the facade, we offer versions with Polyester and PURAL polymer coatings. These coatings isolate the metal from moisture and aggressive environments, ensuring that the fastener maintains its strength and appearance for decades.
Advantages of Using a Short Bracket:
- Installation at Any Stage: The compact base is fixed directly to the fascia board, making it an ideal solution for both new builds and the renovation of existing properties.
- Perfect Fixation: The bracket's geometry precisely matches the asymmetrical profile of the gutter, ensuring a rigid fit and preventing deformation during heavy water flow.
- Resistant to External Factors: PE and PUR protective coatings effectively resist UV rays and temperature fluctuations, preserving the integrity of the metal structure and color saturation.
- Pitch Adjustment: The design allows for easy height adjustment of each bracket to create the correct drainage slope toward the outlet.
Technical Specifications:
- Element Type: Short load-bearing bracket (outer).
- Material: Galvanized steel, pre-painted steel with Polyester (RR colors) or PURAL coating.
- Dimensions: Custom-made to match the cross-sectional dimensions of your profiled gutter.
- Certification: Production control certificate Nr. 1805/2011.






