Choose energy-efficient doors - steel doors with improved thermal insulation

Reducing emissions of CO2 and other greenhouse gases is a key objective for the sustainability of human activity on the planet. One of the sectors that pollute the most is construction, with buildings as a key problem, whose energy consumption accounts for more than 40% of CO2 and greenhouse gas emissions in Europe.

For this, the construction industry is actively looking for innovative solutions to reduce carbon emissions. An important area of focus for both architects and engineers and legislators is the creation of zero-emission buildings.

In this article, we explore how multi-functional thermally insulated steel doors play a vital role in achieving this global goal. These doors not only offer exceptional functionality and flexibility, but also contribute to the energy efficiency of buildings and the environmental sustainability of human activity within them.

Doors have a much bigger impact on a building's energy use than most people realize.

Over 75% of the emissions of CO2 released during the life cycle of the building are due to its use. Energy consumption in the building by its occupants is a major source of these emissions. Most of these emissions are associated with the consumption of air conditioning and heating systems. The latter is determined by the exchange of heat through the facades and openings of the building, to which the doors largely contribute.

Therefore, thermally insulating doors can greatly contribute to the energy efficiency of buildings. They prevent the loss of heat from one room to another.

Steel multi-functional doors with thermal insulation are a sustainable choice

 Steel is an extremely durable material, and its use has many environmental benefits compared to other materials. It is fully recyclable, which means that at the end of the door's life cycle, it can be melted down and used again without loss of quality. This promotes a circular economy and reduces the demand for new raw materials. In addition, steel has a long life, which ensures that the doors remain in service for decades, which further minimizes the impact on the environment.

Thermal insulation for energy efficiency

Thermal insulation provided by steel multi-functional doors is a crucial element in achieving energy efficiency and reducing emissions. These doors have an insulating core, rubber seals in the door frame and falling dust, which significantly reduces heat transfer. This insulation prevents energy losses through the doors, resulting in reduced heating and cooling needs. By creating a thermal barrier, the doors help maintain a comfortable indoor environment for occupants while reducing reliance on energy-intensive systems. 

A flexible and functional choice for your building

Steel multi-purpose doors offer flexibility in their various applications. They can be used as entrance doors, interior doors, fire doors or even as soundproof doors, depending on the specific requirements of the building. Their robust construction provides durability, security and fire resistance, ensuring the safety of occupants. Also, thanks to the possibility of modification, these doors can be configured in a way to improve the aesthetic value of the building, providing a durable, secure and attractive door that matches the design and style of the architecture.

Steel multifunctional doors with thermal insulation play a decisive role in the transition to zero-emission buildings. Their sustainable nature, energy efficiency, flexibility and functionality make them an ideal choice for green building projects. Choose these doors to significantly reduce your carbon emissions and contribute to a more sustainable future for the planet.

If you are looking for hinged steel doors with improved thermal insulation, ARP doors are the perfect choice. The doors of ARP Ltd. have been tested for thermal insulation coefficient, and depending on the door configuration, offer different degrees of heat exchange reduction between rooms. Check out our website and technical brochure for detailed information on the thermal insulation of our doors!

 The article uses information from the website of the European Door and Roller Association:

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