Internal corner 125 mm any angle / System 125 bronze 62-252
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Internal corner 125 mm any angle / System 125 bronze 62-252
Bryza gutter system – internal corner 125 mm
This internal corner, designed for the Bryza 125 gutter system, is a key element for proper water drainage from the roof. It allows connecting gutters at any angle, adapting to the specifics of the building's structure. This makes the installation flexible and tailored to individual needs.
Construction and installation
The corner is characterized by long arms, which facilitate the installation of the gutter bracket stabilizing the connection using a gutter connector. This solution increases the strength and tightness of the connection, minimizing the risk of leaks. Made of high-quality materials, the corner is resistant to weathering and corrosion. Installation is simple and intuitive, which will be appreciated by both professional installers and people independently undertaking renovation work.
Application and benefits
The 125 mm internal corner is ideal for residential buildings (single-family homes, blocks of flats), public utility buildings, and industrial buildings. The Bryza 125 system is dedicated to roofs with medium rainfall intensity. By choosing this corner, you gain:
- Flexibility: Possibility of adaptation to any roof slope – corner available in a universal version (on request).
- Durability: Made of materials resistant to weathering and UV radiation.
- Tightness: Ensures a tight connection of gutters, minimizing the risk of leaks.
- Aesthetics: Available in various colors (white, brown, red, graphite, black), allowing it to be matched to the building's color scheme.
- Easy installation: Simple construction facilitates and speeds up installation.
- Efficiency: 125 system provides effective drainage of water from the roof.
Additionally, it is worth mentioning the possibility of ordering external corners and elbows at any angle of opening in the 75, 100 and 125 mm systems. This gives complete freedom in the design and implementation of rainwater drainage systems.

