October 2025

Traditional insulation slows down heat – nanocoating Manti Ceramic reflects it

When we talk about thermal insulation, we often think only of thickness. However, insulation systems are based on very different physical principles. The nanocoating Manti Ceramic is not just a thinner solution — it’s a radical shift in how we manage heat flow.

The resistance principle: how traditional insulation works

Conventional insulation materials like EPS, XPS, rock wool, cork, or wood fiber work by thermal resistance. In essence, they do not stop heat, they slow it down, using their low conductivity (λ ≈ 0.031 – 0.040 W/mK).

To be effective, they require thicknesses from 8 to 16 cm, creating what’s known as thermal lag. While this may help in winter, in summer they accumulate heat during the day and release it in the evening – just when it’s least needed.

Moreover, traditional insulation:

involves invasive construction (window and threshold modification, downpipe repositioning),
fails to effectively fix thermal bridges,
may suffer from cracks, detachments or hail damage.

Reflective barrier principle: the innovation behind nanocoating Manti Ceramic

The nanocoating Manti Ceramic works completely differently: it creates a reflective thermal barrier. Rather than delaying heat, it blocks it thanks to:

hollow ceramic microspheres that reflect up to 88% of infrared radiation;
nanotech binders that block conduction and convection;
air gaps inside the microspheres that interrupt heat flow.

👉 Result: high insulation performance with only 0.6 to 10 mm thickness, without structural changes.

Key features of nanocoating Manti Ceramic:

Thermal conductivity λ: 0.001 – 0.002 W/mK (up to 30 times better than traditional materials)
Certified reflectivity (SRI): up to 111, higher than even standard white reflective paints
Application: on interior or exterior surfaces, no demolition required

🔄 A direct comparison

Feature	Traditional insulation	Manti Ceramic
Operating principle	Thermal resistance	Reflectivity + ultra-low λ
Required thickness	8–16 cm	0.6 – 10 mm
Summer efficiency	Limited	High
Thermal bridge correction	Complex	Excellent
Application type	Invasive	Quick and clean
Durability	Low	Very high
Risk of detachment	High	Very low
Material	EPS, XPS, rock wool, etc.	Nanoceramic composite

🌍 From aerospace to architecture: the power of nanotechnology

Nanocoating Manti Ceramic was born in aerospace, naval and industrial sectors. Today, it is rapidly gaining ground in building construction due to:

extreme versatility,
minimal thickness,
no visual impact on surfaces,
durability under mold, moisture and harsh weather,
internationally certified performance (SRI, SR, fire class A2).

📩 Want to know more about nanocoating Manti Ceramic?

Write to us at info@manti-ceramic.com to request more details or a technical consultation.

🎥 Follow also our linkedin page: https://www.linkedin.com/company/savenergy-it-srl-holding/ you’ll find demos, case studies, and deep dives into nanotechnology-based building insulation.

The Klinker Façade Dilemma: Aesthetics or Efficiency?

Many buildings, especially residential ones, feature façades covered with klinker tiles—a durable, resilient material with strong aesthetic appeal. However, to insulate thermically klinker façades has always been a challenge, as traditional solutions are invasive or risk altering the original appearance. Today, thanks to nanotechnology, two innovative and non-invasive methods exist to ensure efficient thermal insulation even on klinker surfaces.

Example of a building where we can insualte klinker façades

Option 1: Remove, Insulate, Reinstall

The first solution involves removing the klinker cladding, preparing the surface with leveling compound and primer, and then applying Manti Ceramic High Density. This paste-based micro-insulation coating, applied at thicknesses from 2 to 10 mm, provides excellent thermal protection. Once dry, the original klinker can be reinstalled, preserving the building’s aesthetic while significantly improving energy efficiency.

Insulating klinker façades with this system offers:

No visible aesthetic changes
Drastic improvement in thermal performance
Long-lasting protection against moisture and mold

Option 2: Spray Directly on Klinker and Repaint

For those looking for a faster and more economical intervention, Manti Ceramic Medium Density can be sprayed directly onto the klinker surface. This product, with a thickness between 1 and 2 mm, adheres perfectly even to ceramic materials and delivers excellent thermal insulation.

To finish, you can:

Paint only the tiles with a roller for a decorative effect
Spray-paint the entire surface for a uniform, refreshed appearance

Even in this case, insulating klinker façades becomes simple, fast, and highly effective, thanks to its reflective capacity and ultra-low thermal conductivity (λ = 0.001 W/mK).

Which Solution to Choose for Insulate Klinker Façades?

That depends on the desired outcome:

Do you want to preserve the original klinker? Remove and reinstall it after applying the insulation.
Want a renewed look and quicker application? Spray on the medium-density coating and repaint.

In both scenarios, the benefits are clear:

No thermal bridging
No invasive construction work
Effective insulation even with just a few millimeters

📩 Contact Us for Technical Advice on How to Insulate Klinker Façades!

Write to info@manti-ceramic.com to receive detailed information on which solution is best suited for your building.

📺 Also follow our linkedin page: https://www.linkedin.com/company/savenergy-it-srl-holding/to watch application videos and deep dives into nanotechnological micro-insulation systems.

Traditional Insulation vs Nanoceramic Insulation: How They Work