Aerocompact CompactFLAT SN10 PP150/80 building protection mat 150 x 80 x 10 mm
The Aerocompact CompactFLAT SN10 PP150/80 building protection mat is a high-quality accessory for the installation of solar modules on flat roofs. This building protection mat serves as a base and protective layer between the mounting rails and the roof surface. It helps to protect the roof membrane from damage and at the same time ensures even load distribution to ensure the stability of the solar system.
Product details:
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High quality material: The Aerocompact CompactFLAT SN10 PP150/80 building protection mat is made of durable and weather-resistant polypropylene, which offers high resilience and durability.
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Mass: The building protection mat has a size of 150 x 80 mm and a thickness of 10 mm.
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Effective protection: The mat protects the roof surface from scratches, damage and chemical influences caused by the mounting rails and thus ensures an extended service life of the roof waterproofing.
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Optimal load distribution: By using the building protection mat, the load of the solar system is evenly distributed across the roof surface to avoid pressure points.
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Easy installation: The building protection mat can be easily placed on the roof surface and adapted to the conditions of the mounting rail.
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Compatibility: The Aerocompact CompactFLAT SN10 PP150/80 building protection mat is specially developed for the Aerocompact CompactFLAT SN10 mounting rail and fits perfectly with this system.
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Versatile application: The mat is suitable for both private and commercial solar systems and can be used on various types of flat roofs.
The Aerocompact CompactFLAT SN10 PP150/80 building protection mat is an indispensable accessory to ensure safe and gentle installation of solar modules on flat roofs. With its robust construction and effective protective function, it helps to extend the service life of the solar system and protects the roof membrane from damage. The building protection mat ensures reliable installation and even load distribution to ensure optimal performance of the solar system.
