Today's construction industry demands ever-higher standards for technology and materials. Efficiency, durability, and rapid installation are now key factors in choosing construction solutions. SYSTEM 3E, based on excellent building materials and advanced technology, offers a modern construction approach. However, integrating standard solutions with SYSTEM 3E is crucial.
Let’s explore what foundations, lintels, ceilings, and roof structures can be used with SYSTEM 3E.
One design solution and so many possibilities
The SYSTEM 3E is an innovative solution that offers versatility, durability and gives an express possibility of erecting buildings. The 3E technology enables walls to be assembled quickly and accurately, which significantly reduces construction time. Thanks to the use of perlite, the system has splendid insulating properties, allowing the construction of energy-efficient and environmentally friendly buildings.
For builders and architects, SYSTEM 3E is the ideal solution that simplifies the construction process, minimizes the risk of incompatible materials, and ensures high-quality and long-lasting construction.
What solutions can be used with SYSTEM 3E?
What makes 3E technology unique is its wall construction process, which simplifies and speeds up construction while ensuring high-quality and durable construction. In the future, SYSTEM 3E plans to further develop its range, aiming to create complete perlite jointless construction systems, further enhancing its appeal and application in modern construction.
What is the possibility of using classic building elements in combination with the innovative SYSTEM 3E?
Foundations
Foundations are a key element of the construction of every building, ensuring the stability and safety of any structure by transferring the building's loads to the ground. What solutions can be used with SYSTEM 3E when it comes to foundations?
SYSTEM 3E is compatible with traditional foundation solutions, such as slab foundations, footings, or pile foundations. Although primarily focused on wall-building technology, SYSTEM 3E's versatility allows integration with various foundation types without significant structural changes. This compatibility enables builders to leverage SYSTEM 3E's advantages while maintaining proven foundation methods.
It is important to remember that the type of foundation is based on a soil analysis. It is the type of ground that should determine the choice of construction solutions - especially when it comes to foundations.
Lintels
Lintels are also a structural element that can be easily integrated into 3E technology. We divide lintels into prefabricated structural elements and monolithic elements. To build efficiently and make the most of the speed of construction that SYSTEM 3E offers, we recommend using other ready-made solutions, such as prefabricated lintels, which are also assembled quickly and easily. Standard lintels range from 1 to 3 meters in length, allowing flexibility to accommodate different dimensions of window and door openings.
Ceilings
Ceilings act as horizontal partitions, separating the different building storeys. What solutions can be used with SYSTEM 3E in ceiling construction?
SYSTEM 3E can be integrated with various types of ceilings, including monolithic, prefabricated, ribbed, or wooden ceilings. The versatility of SYSTEM 3E enables seamless integration with different ceiling technologies, simplifying the construction process and eliminating compatibility issues. This allows builders to focus on fast and precise ceiling installation without compromising the quality or durability of the structure.
Roof construction
The roof structure is one of the most complex elements of a building, responsible for the weather protection and aesthetics of the entire building. SYSTEM 3E is compatible with different types of roof structures, such as flat, pitched, multi-pitched, or mansard roofs.
For roof constructions, SYSTEM 3E allows easy integration with traditional building methods, simplifying the installation process and ensuring high-quality connections. The installation is carried out as in the case of building a house using traditional technology - a rim is made, to which the rafter framing is then attached and the roofing executed. 3E technology allows the use of a variety of roofing materials, giving architects and builders freedom in roof design and construction.
Multifunctionality of the SYSTEM 3E - what is worth knowing?
SYSTEM 3E is fully compatible with traditional construction methods, from foundations to roofs. The versatility of 3E technology simplifies the construction process, minimizes the risks associated with material mismatches, and ensures high-quality and durable construction. In addition, thanks to the use of perlite, SYSTEM 3E offers excellent insulation properties, both thermal and acoustic.
Do you enjoy reading “Foundations, lintels, ceilings, roof structure - what solutions can be used with SYSTEM 3E”? Read similar articles:
Perlite - a key component of the SYSTEM 3E
Perlite is a natural, volcanic mineral that increases its volume by up to 20 times after appropriate thermal treatment. Its lightness and exceptional insulating properties make it an ideal building material. In SYSTEM 3E, perlite is used in structural blocks provides:
Thermal insulation: thanks to the fact that each grain of expanded perlite has air enclosed within it, the heat transfer coefficient of 3E walls is U=0.198 - with a wall thickness of 35 cm and without additional insulation.
Fire resistance: perlite is non-flammable, and walls built using SYSTEM 3E technology are REI 240+M fire-rated.
Moisture resistance: 3E elements do not absorb water, which prevents dampness and mold problems.
If you are a builder or architect looking for modern and versatile construction solutions, we invite you to explore the full range of SYSTEM 3E.
For more information about the innovative home construction technology from perlite and how it can benefit your next project, get in touch with our team of experts.
Choose SYSTEM 3E and join the ranks of professionals benefiting from modern technology in construction.
Comments