90 mm elbow /System 125 brick 62-146
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Sales unit dimensions and weight: 1 pcs
90 mm elbow /System 125 brick 62-146
90° bend System 125 brick red
This is a key element of the rainwater drainage system, which allows changing the direction of rainwater drainage. The 90° bend System 125 in brick red is designed for use with 125 mm diameter gutters and is an integral part of a complete roof water drainage system. Its task is to smoothly connect gutter sections at a right angle, allowing the installation to be adapted to the specifics of the building.
The bend is made of durable plastic, which guarantees its resistance to weather conditions, UV radiation and corrosion. This ensures that it retains its aesthetic and functional properties for a long time. In addition, the light weight of the element facilitates assembly and reduces the load on the roof structure.
Features and benefits:
Durability and resistance: Made of high-quality materials, resistant to weathering and UV radiation. This translates to a long service life and minimal maintenance needs.
Aesthetic appearance: The brick red color blends perfectly with most roofing materials, giving the facade an aesthetic character.
Easy installation: Simple construction and precise dimensions facilitate quick and trouble-free installation for both professionals and people performing renovation work themselves.
Effective water drainage: Ensures smooth flow of rainwater, minimizing the risk of leaks and damage to the building.
Compatibility: Designed for use with System 125 gutters, creating a coherent and functional water drainage system.
Lightweight construction: Facilitates transport, storage and installation, reducing the load on the roof.
The 90° bend System 125 is a reliable solution for every home, which will provide effective protection against the effects of precipitation and improve the aesthetics of the building. It is an essential element when running the gutter along the wall or changing the direction of water drainage. Thanks to its versatility, it finds application both in new buildings and during the modernization of existing installations.