Via Erculiani, 192 - Montichiari BS 800 172 553 tecnocanapa@senini.it

Costruzione Completa

Tecnocanapa by Senini

offers various opportunities and technical-construction solutions for the construction of green buildings using Natural Beton® biocomposite made from hemp and lime, with the most innovative construction systems and installations.

In this way, we are able to provide solutions aimed at achieving a high standard of construction quality for a healthy and comfortable building by meeting the requirements of naturalness and healthiness of the environments.

Download the TecnoCanapa Green Building Construction Solutions Brochure by SENINI

Envelope

TecnoCanapa offers various possible solutions for wall and roof cladding in Natural Beton® and Biomattone®, a patented natural biocomposite made from hemp, Dolomite lime and probiotics, without any added hydraulic elements or additives. All solutions allow for a completely natural, breathable and durable ‘skin’ for the building.

  • Biomattone® and Natural Beton® 200
  • Gypsum fibreboard and Natural Beton® 200
  • Brick and Natural Beton® 200
  • Biomattone® and Natural Beton® 200 filling

Roof solution:

  • Highly insulated breathable roof: wooden roof structure, 30 cm of Natural Beton® 200 (0.053 W/m²K) blown in, ventilation chamber and roof covering.

Wall solutions

Textured Finishes

Textured finishes As an alternative to traditional lime and mineral aggregate finishes (ICN Natural Lime Plaster, SNT Natural Breathable Stabiliser), Biomattone® masonry or Natural Beton® 200 masonry can be finished both internally and externally with Natural Beton® 500 Venezia’, a textured finish with Fine Hemp Shives, LDN Natural Dolomite Binder and Effective Microorganisms. Maximum breathability, warm to the touch and with the natural effect of exposed hemp shives.

These cladding solutions are perfectly compatible with all types of load-bearing frame structures available on the construction market: reinforced concrete, steel and timber. As the ideal solution from a technical point of view and in terms of green building philosophy, Tecnocanapa by Senini recommends using timber platform frame load-bearing structures. Like hemp, wood removes carbon dioxide from the environment during its life cycle. From a technical and construction point of view, the platform frame solution allows for the creation of frames that form a highly rigid and earthquake-resistant box system, which is quick and easy to install and adapts to any architectural solution. The wooden load-bearing structure, having a specific weight similar to that of Natural Beton® infill, allows for the construction of buildings that are much lighter than traditional buildings, allowing for a reduction in the size of the foundations with a reduction in reinforced concrete and unnecessary costs.

Supporting Structure

Plants

As an alternative to traditional lime and mineral aggregate finishes (ICN Natural Lime Plaster, SNT Natural Breathable Stabiliser), Biomattone® masonry or Natural Beton® 200 masonry can be finished both indoors and outdoors with Natural Beton® 500 Venezia’, a textured finish with Fine Hemp Shives, LDN Natural Dolomite Binder and Effective Microorganisms. Maximum breathability, warm to the touch and with the natural effect of exposed hemp shives.

By installing insulated monoblock counterframes, the installation of the fixtures will be very simple and quick. To match the performance of the Natural Beton® hemp and lime envelope, the window frames must have equally high thermal insulation performance. We recommend using wooden or aluminium-clad wooden window frames with double or triple glazing for a total Uw value of less than or equal to 1 W/m²K. Alternatively, there are also excellent quality solutions with PVC frames.

Window frames

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Tecno Canapa is a range of high-performance building materials for eco-friendly construction that meets the fundamental requirement of the new sustainable development strategy: minimising energy consumption during the production of building materials, during construction and throughout the entire life cycle of the building.