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Technology

3D-Modell einer Betonkonstruktion mit mehreren grünen Unidome Hohlkörperelementen unter einer Betonplatte, verstärkt durch ein oberflächliches Metallgitter, illustriert fortschrittliche Technologien zur Betoneinsparung und Lastreduktion.
UNIDOME TECHNOLOGY
The Unidome technology comprises a construction type, a design concept and the corresponding building products for the implementation of the unidome construction method. This type of construction is a material-efficient, sustainable lightweight construction that specifically creates cavities in the concrete structure. This saves concrete where it only performs a minor load-bearing function — a proven method for displacing and saving concrete.
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That Unidome assessment concept is a methodology developed over decades for the reliable and standard-compliant calculation of the resulting cavity structures. By using the factor method, the design can be carried out on the basis of conventional, internationally recognized principles in reinforced concrete construction — particularly suitable for biaxial hollow body ceilings, flat ceilings and other sophisticated ceiling systems.

The Unidome building products are specially developed and comprehensively tested concrete formers that are used to produce safe, economical and resource-saving concrete structures. The hollow body modules used, consisting of hollow plastic bodies, enable significant concrete savings and actively contribute to CO2 reduction and climate protection.

Unidome is an internationally active brand with globally recognized patents and approvals — a reliable partner for sustainable construction with innovative hollow body technology.
The unidome effects
Any floor plans due to biaxial load capacity — large spans — thin ceilings — fewer supports — no annoying beams — slim and safe building structures — reduction of self-load — increased earthquake resistance — reduced deformations — optimized foundations and building foundation — high material efficiency — acceleration of construction process — possible combination with concrete core activation — possible combination with prestressing — reduction of concrete and reinforcing steel — reduction of CO2 emissions — Reducing construction costs.
3D-Modell eines Betonstrukturgebäudes mit mehreren Ebenen, zeigt eine offene Architektur mit sichtbaren Betondecken und Stützsäulen, illustriert die Anwendung moderner Bauweisen für große Spannweiten und flexible Raumnutzung.
research and development
research and development is capitalized on Unidome. Close cooperation with internationally recognized research institutes, strategic partners and local authorities enables us to provide tested, secured and quality-approved concrete components and construction technologies for global application.

Our visionaries have a wide range of know-how in sustainable hollow body technology — in particular in the development of innovative hollow body elements, hollow body modules and plastic hollow bodies for use in biaxial hollow body ceilings and modern lightweight structures.

Dr. Karsten Pfeffer, founder of Unidome, is a central driver of our innovations. He has been researching hollow body technology for over 25 years and has played a significant role in developing it and bringing it to today's maturity. His expertise forms the basis for our continuous development — in line with the motto: “never stop — constantly develop. ”

This long-standing experience is continuously incorporated into new solutions for saving concrete, saving cement, reducing CO2 and material efficiency. In this way, we not only create high-performance products, but also make an active contribution to climate protection and sustainable construction worldwide. TO THE VIDEO
Planning and dimensioning
The design concept for biaxial hollow body ceilings developed by Dr. Pfeffer, which is based on the results of research carried out specifically on this topic, is now part of the internationally recognized state of the art. The derived parameters for the measurement of the hollow body ceiling are easy to handle, so that the design can be carried out by any structural engineer analogous to the design of a fully solid flat ceiling. Design concept for biaxial hollow body ceilings, which is based on research carried out specifically on this topic, is now part of the internationally recognized state of the art in the field of hollow body technology. The parameters derived from this for the measurement of the hollow body ceiling are practical and easy to use.

By applying this concept, hollow body ceilings can be measured by any structural planner analogous to the design of a fully solid flat ceiling — with the advantage of significant concrete savings, increased material efficiency and a significant contribution to CO2 reduction. The method developed by Unidome thus makes a decisive contribution to sustainable construction — technically sound, standard-compliant and future-oriented. TO THE PLANNING TOOLS

CALCULATION

PLANNING

EXECUTION

Construction on the construction site
The construction site can be carried out by any construction company, whether small or large. The simple assembly and installation of the Unidome elements is based on an individually prepared Unidome installation plan, which is developed in consultation with the planners involved in the construction. Our highly motivated Unidome team is happy to help you with your detailed questions. TO THE VIDEOS
Detaillierte Ansicht von zahlreichen schwarzen Unidome Hohlkörperelementen, eingebettet in Stahlbewehrungen auf einer Baustelle, zur Optimierung der Betonverwendung und zur Steigerung der strukturellen Effizienz.

Clean
concrete compaction

Thanks to the integrated venting function of the new XS concrete formers
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Simply easy

concrete ceilings with concrete molders XS