Thermal insulation coating

Bronya Classic & Classic NF

Basic product, applied like paint – acts as a thermal barrier! 

Bronya Classic superfine thermal insulation

Applied like paint – acts as a thermal barrier!

Bronya Classic liquid thermal insulation coating is a universal base composition for various fields of application, possessing high and stable adhesion to metals and building materials. The Bronya Classic thermal insulation coating is resistant to temperature, weather and not steam. 
Bronya Classic is very effective in the thermal insulation of building facades, roofs, interior walls, window slopes, concrete floors, hot and cold water supply pipes, steam pipes, ducts of air for air conditioning systems, cooling systems, various containers, tanks, trailers, refrigerators, etc. It is used to eliminate condensation on cold water supply pipes and to reduce heat loss in accordance with SNiP in heating systems. The material operates at temperatures from –60°С to +200°С (up to +260°С in short-term peak mode). The service life of the material is 15 years. Today, our material is used in objects and enterprises of different fields of activity. 
Bronya Classic Ultra-Thin Liquid Thermal Insulator – The Best Ultra-Thin Thermal Insulator You’ve Ever Seen, Used, Applied! Thanks to our own modern laboratory, the ability to quickly use novelties from world leaders in the chemical industry in order to improve and optimize – an unprecedented experience in the development and implementation of ultra-thin coatings in production industrial – Bronya Classic liquid coating has unparalleled thermal capacity, plasticity and lightness. 
A 20L plastic bucket of Bronya Classic heat-insulating paint weighs only 9.5 kg. During transportation and storage, Bronya liquid thermal insulation practically does not break into fractions. Competitors’ outdated recipe, limited by components of the last century, cannot yield similar results – chemistry has advanced very far in recent years and our hand is on the pulse. 
Request a free sample and view our listed specifications!

Request a free sample and view our listed specifications! 

You can familiarize yourself with the Bronya Classic instructions in the Technical Documentation section.

It is important to note !

Today, we are not aware of noncombustible (NF) thermal insulation coatings similar and having a thermal conductivity of 0.001 identical to our basic modifications – complete competing analogues of these modifications from other manufacturers of thermal insulation material.

But on the market, there are :

  • Non-combustible coatings with an NF certificate, including those of manufacturers of thermal insulation materials with a certain (or without) thermophysical effect, offering to apply on their basic (G1) modifications (by the way, without confirmation of thermal conductivity ) in order to supposedly obtain a final thermal insulation coating with NF certification
  • NF certified thermal insulation material, but whose declared thermal physics is 2 to 8 times greater than “one thousandth” (essentially without any legitimate proof of thermal conductivity) 

Bronya Classic thermal insulation characteristic

Indicateur Unité Quantité
Apparence du revêtement Film blanc mat lisse et uniforme
The resistance of the coating to temperature drops from -40 ° С to +60°С Appearance of the coating Without changes
Durability of concrete and metal surfaces in moderately cold climates Years Not less than 15
Material thermal conductivity coefficient  W/m° С 0,0012
Material vapor permeability coefficient mg/m h Pa 0,001
Surface temperature during material application °С From +7 to +150
Operating temperature °С from -60 to +200 (up to +260 in peak mode short duration up to 20 min)
Material density at a temperature of 20°C kg/m3 600±10%
Mass fraction of volatile substances, not less than % 50
PH of material рН 7,5-11,0
Drying time and film formation at a temperature of (20 ± 2) ° С, not less than h 24
Adhesion of the coating by peel force, no less
• On concrete and brick surfaces
• To steel
MPa 1,3
Coating resistance to static shock at a temperature of (20 ± 2) ° С, not less:
• The water
NaOH solution at 5%
Coating appearance  

No change

No change

Coating resistance to temperature (200 ± 5) ° С Coating appearance No change