Seasonal platform anodized rigid c-31 (inox) 250 L2300 - 2-piece POPA25/2300/C-31
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Seasonal platform anodized rigid c-31 (inox) 250 L2300 - 2-piece POPA25/2300/C-31
Protection and functionality for heating ducts
This two-part platform is a practical solution for securing heating ducts after the end of the season. Made of anodized aluminum in C-31 inox color, it not only protects the interior of the duct from dirt but also provides a solid support element during installation. It is a product dedicated especially to channel heaters, mounted in places exposed to dirt - for example, at the exit to the terrace or in hallways.
The platform helps maintain the cleanliness of the heating duct, preventing dust, leaves and other contaminants from entering. This is particularly important for maintaining the efficiency and hygiene of the heating system. In addition, its rigid construction can serve as a temporary strut during installation, making installation work easier. It will also be useful during construction work, protecting the interior of the duct from damage and dirt.
- Durable construction: Made of anodized aluminum, which ensures corrosion resistance and long-term operation.
- Length and dimensions: Total length 2300 mm, width 250 mm - ideal fit for standard heating ducts. Consists of two elements to facilitate transport and installation.
- Inox color (C-31): Aesthetic appearance to match many interior designs. Possibility to match the color of the frame to the floor (RAL palette or anode color).
- Polish production: Product of the REGULUS-system brand, manufactured in Poland - a guarantee of quality and availability.
- Versatile application: Protection against dirt, installation support and protection during construction work.
This platform is not only a protective element but also a functional support for installers and end users. Its solid construction and thoughtful solutions make it an investment in the long-term cleanliness and efficiency of the heating system.
