What is Bronya?
Bronya is a liquid ultra-thin ceramic thermal insulation, whose main component consists of vacuum-filled microceramic balls developed using nanotechnology. Depending on the modification, the Bronya coatings, which are used as paints, have exceptionally effective and durable thermal insulation, soundproofing, leveling, anti-corrosive, anti-condensation, anti-fungal, frost-resistant, water-resistant, and fire-resistant properties. Bronya coatings are very durable. They can be applied to metal, concrete, aerated concrete, bricks, plaster, plastic, rubber, glass, wood, and many other surfaces.
What is the lifespan compared to traditional thermal insulation materials?
The basic component of Bronya's nano-thermal insulating coatings are ceramic beads, which make up to 80% of the mixture, while the rest consists of binding polymers. After the polymerization of the material, i.e., after drying, this material exhibits high resistance to atmospheric changes, is waterproof, and mechanically durable. The thermal insulation of facades made of polystyrene or mineral wool must be impeccably protected from external influences. In the case of any defects, it undergoes accelerated deterioration.
Are there any disadvantages?
What is the lifespan compared to traditional thermal insulation materials?
The basic component of Bronya's nano-thermal insulating coatings are ceramic beads, which make up to 80% of the mixture, while the rest consists of binding polymers. After the polymerization of the material, i.e., after drying, this material exhibits high resistance to atmospheric changes, is waterproof, and mechanically durable. The thermal insulation of facades made of polystyrene or mineral wool must be impeccably protected from external influences. In the case of any defects, it undergoes accelerated deterioration.
Are there any disadvantages?
What is the lifespan compared to traditional thermal insulation materials?
The basic component of Bronya's nano-thermal insulating coatings are ceramic beads, which make up to 80% of the mixture, while the rest consists of binding polymers. After the polymerization of the material, i.e., after drying, this material exhibits high resistance to atmospheric changes, is waterproof, and mechanically durable. The thermal insulation of facades made of polystyrene or mineral wool must be impeccably protected from external influences. In the case of any defects, it undergoes accelerated deterioration.
Are there any disadvantages?
Thermal insulation coating BRONYA vs. competitive coating
See how the thermal insulation coating BRONYA, thanks to its unique microstructure, outperforms standard insulation solutions.
Competition
Thermal insulation coating 2 (imitation) under the microscope. The 'broken' microstructure of the competing material is visible.
Competition
Thermal insulation coating 2 (imitation) under the microscope. The 'broken' microstructure of the competing material is visible.
Competition
Thermal insulation coating 2 (imitation) under the microscope. The 'broken' microstructure of the competing material is visible.
Bronya
Thermal insulation coating BRONYA under the microscope. One can see the special microstructure of hollow ceramic beads connected by polymers that prevent heat transfer through the material.
Bronya
Thermal insulation coating BRONYA under the microscope. One can see the special microstructure of hollow ceramic beads connected by polymers that prevent heat transfer through the material.
Bronya
Thermal insulation coating BRONYA under the microscope. One can see the special microstructure of hollow ceramic beads connected by polymers that prevent heat transfer through the material.
Competition
Thermal insulation coating 3 (imitation). There is no developed microstructure that would prevent the transfer of heat in the material.
Competition
Thermal insulation coating 3 (imitation). There is no developed microstructure that would prevent the transfer of heat in the material.
Competition
Thermal insulation coating 3 (imitation). There is no developed microstructure that would prevent the transfer of heat in the material.
Do you have any questions or are you interested in collaboration?
Contact us and we will be happy to advise you on choosing the right solution, send technical documentation, or prepare a price quote.
Do you have any questions or are you interested in collaboration?
Contact us and we will be happy to advise you on choosing the right solution, send technical documentation, or prepare a price quote.
Do you have any questions or are you interested in collaboration?
Contact us and we will be happy to advise you on choosing the right solution, send technical documentation, or prepare a price quote.