Thin thermal insulation: the modern alternative to traditional systems

Thin thermal insulation: the modern alternative to traditional systems

✅ Why choose thin thermal insulation?

In recent years, thermal insulation has become a central element in any energy renovation project. However, one of the biggest challenges is the bulky thickness of traditional insulating materials. That’s why the most innovative and high-performing solution today is thin thermal insulation.

This technology, based on ceramic nanotechnology, offers excellent thermal performance with just a few millimeters of application. It’s a true revolution: it avoids invasive construction work, maintains the original aesthetics, and delivers comparable—if not superior—results to thick conventional systems.

🧪 Nanotechnology serving the construction industry

The core of thin thermal insulation lies in the use of vacuum-sealed ceramic microspheres embedded in a nanocomposite matrix. These microspheres:

  • reflect more than 88% of thermal radiation
  • block heat transfer by conduction, with some of the lowest conductivity values on the market (λ as low as 0.0019 W/mK)
  • create a breathable and anti-mold barrier, ideal even for historic or protected buildings

In addition, these materials are non-toxic, eco-friendly, fire-resistant, and 100% recyclable.

👉 Discover more on our website

thin thermal insulation

🛠️ Where and how to apply thin thermal insulation

Thin thermal insulation can be applied to:

  • exterior façades of both historic and modern buildings
  • apartment interiors, where traditional panels can’t be used
  • window reveals, undersides of balconies, and decorative elements
  • industrial environments, thanks to specific formulations for metal, wood, or plastic

Application is quick and easy: with a spatula or airless spray in three coats. Installation times are reduced, and performance is guaranteed—without needing to modify window sills, drainpipes, or balcony structures as with traditional systems.


🔍 Thin thickness, high performance

Here’s a direct comparison:

Type Thickness Thermal conductivity (W/mK)
Traditional insulation (EPS) 12 cm 0.031
Manti Ceramic High Density 8 mm 0.002

And more: no cracks, no detachment, and minimal long-term maintenance.


📩 Contact us for more information

Want to find out which version of Manti Ceramic  best suits your project?
Write to us at info@manti-ceramic.com and we’ll help you choose the ideal solution.

📺 Also follow our linkedin page: https://www.linkedin.com/company/savenergy-it-srl-holding/ where you’ll find technical information, application tips, and case studies.

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© Savenergy.it Srl | P. IVA 01733570335 – CCIAA: 2960/2017 REA: MI – 2632526 – Via Andrea Doria 56, 20124 Milanocontatti@savenergy.it – PEC: savenergy.it@pec.it

   

© Savenergy.it Srl | P. IVA 01733570335 – CCIAA: 2960/2017 REA: MI – 2632526 – Via Andrea Doria 56, 20124 Milanocontatti@savenergy.it – PEC: savenergy.it@pec.it