Why blown-in insulation is an excellent choice
Choosing blown-in insulation offers many advantages. This method is not only effective for thermal insulation, but also sustainable and cost-effective. But before you get started, you should understand how a blown-in insulation project is planned and implemented to achieve the best results.
The first step: Planning the construction site
Assessment of the building
The initial inspection involves a thorough inspection of the building, determining which cavities are suitable for insulation and whether old insulation materials need to be removed. The general condition of the building structure is also assessed.
Selecting the right insulation material
Cellulose made from recycled newspaper is most commonly used for blown-in insulation. This insulating material is not only environmentally friendly but also fire-resistant and pest-resistant.
Calculating material requirements
The amount of insulation required is calculated based on the area and the desired insulation performance. Precise planning is crucial to avoid over- or under-dosing.
Preparation of the construction site
The construction site is carefully prepared. Furniture and delicate surfaces are covered to protect them from dust or material residue. This ensures a smooth process and protects the building.
Security measures
Occupational safety is paramount. This includes protective clothing, respiratory masks, and compliance with safety regulations to protect everyone involved.
The process of blown-in insulation
Preparation of the blowing machine
The insulation machine is set up and the insulation material is filled into the designated container. The machine ensures that the insulation material is blown into the cavities under pressure.
Blowing in the insulation material
The actual process begins: The insulation material is blown into the prepared cavities, filling every gap and creating a seamless insulation layer.
Quality control during work
During the insulation work, it is continuously checked whether the insulation material is evenly distributed and whether the desired thermal conductivity values are achieved.
Final theses
After the insulation is complete, the construction site is cleaned. Any remaining material is removed, and all coverings are removed. The building is handed over in good condition.
The advantages of a well-planned construction site
Effective insulation
The seamless installation of the insulation material ensures high thermal insulation efficiency. This prevents cold bridges and ensures a consistent indoor climate.
Energy savings
Good thermal insulation significantly reduces energy consumption for heating and cooling. This saves you energy costs in the long run while also contributing to environmental protection.
Focus on sustainability
Cellulose flakes are made from recycled newspaper, thus conserving valuable resources. Learn more about the environmentally friendly aspects in our blog post on cellulose .
Quick installation
Compared to conventional insulation methods, blown-in insulation is faster and requires less construction work.
Improved living comfort
The uniform insulation not only ensures a better indoor climate, but also minimizes noise from outside and between rooms.
Funding opportunities in Belgium and Luxembourg
In Belgium and Luxembourg, there are numerous subsidy programs that support energy-efficient renovations. These subsidies can help you reduce your investment in blown-in insulation. Learn more in our FAQs or contact us directly via our contact page .
Conclusion: Plan blown-in insulation correctly
Planning and implementing a blown-in insulation project requires expertise and experience. A well-planned project ensures that the insulation is installed optimally and significantly improves the energy efficiency of your home.
If you’re considering blown-in insulation, we’re here to support you with our expertise. Visit our website or contact us for a personalized consultation. Together, we’ll make your home more sustainable, energy-efficient, and comfortable.
