TECHNOLOGY
PIR sandwich panel technology
PIR boards have a low thermal conductivity coefficient, which makes them an ideal solution for thermal insulation of buildings.
Due to their structure, PIR boards are more fire resistant compared to other insulating materials.
PIR sandwich panels are lightweight, which makes them easier to install, and at the same time durable, which ensures long-term durability of the structure.
PIR boards are resistant to moisture, which prevents the formation of mold and fungi.
Why choose PIR sandwich panels?
Choosing PIR sandwich panels is an investment in modern, energy-efficient and durable construction solutions. Thanks to their unique properties, PIR panels provide thermal comfort, safety and longevity of the structure.
Steel frame technology
Building houses with steel frames, also known as steel construction, is a modern method that is gaining popularity due to its numerous advantages. This technology, widely used in the construction of industrial halls, warehouses and commercial buildings, is also increasingly being used in residential construction.
Strength and durability:
Steel is a material with high load-bearing capacity, which makes structures made of steel frames extremely durable. Steel is resistant to weather conditions, corrosion and pests, which translates into the longevity of buildings.
Lightweight construction:
Steel structures are significantly lighter than traditional concrete or brick structures, which reduces transport and foundation costs. This makes it possible to erect buildings on weaker ground, such as wetlands.
Speed of assembly:
The steel structure components are prefabricated in factories, allowing for quick assembly on site. Building a house with a steel frame can take significantly less time than traditional construction methods.
Design flexibility:
Steel enables the creation of complex and unusual architectural forms that would be difficult or impossible to achieve using other materials. It also allows for easy modifications and expansion of the building in the future.
Ecology and recycling:
Steel is a fully recyclable material. At the end of a building’s life cycle, steel components can be melted down and reused, reducing the environmental impact.
