Bronya resiste el 99% de los rayos ultravioletas y el 85% de los rayos infrarrojos con una temperatura de trabajo de -60º a 260º C
Esta calculadora está diseñada para una estimación aproximada del espesor requerido de aislamiento térmico BRONYA para edificios y tuberías.
Calculadora de espesor requerida EN PARED
Important!
This indicator is approximate. For accurate estimation of the required thickness of thermal insulation, fill in the Thermal Engineering Calculation Form, and send it to us at info@nano34.ru
This indicator is approximate. For accurate estimation of the required thickness of thermal insulation, fill in the Thermal Engineering Calculation Form, and send it to us at info@nano34.ru
Calculadora de espesor requerida EN TUBO
Important!
This indicator is approximate. For accurate estimation of the required thickness of thermal insulation, fill in the Thermal Engineering Calculation Form, and send it to us at info@nano34.ru
This indicator is approximate. For accurate estimation of the required thickness of thermal insulation, fill in the Thermal Engineering Calculation Form, and send it to us at info@nano34.ru
Esta calculadora está destinada a la estimación aproximada de la cantidad requerida de aislamiento térmico "Bronya" según el área de la superficie aislada,
el método de aplicación y el espesor de la capa de aislamiento térmico "Bronya".
Calculadora de cantidad de material en Pared
To obtain this value, please,
fill in the “Required Thickness Calculator” form
fill in the “Required Thickness Calculator” form
The laboratory consumption of the material is 1 liter per 1 square meter of a layer thickness of 1 mm. However, when calculating the amount of material, it is necessary to take into account the overspending.
Estimated overrun varies depending on the application method:
Manual - 10%
Mechanical - 30%
Estimated overrun varies depending on the application method:
Manual - 10%
Mechanical - 30%
Calculadora de cantidad de material en tubería
Important!
International system of units (SI) is used for calculation, therefore, pipe diameter should be indicated in meters. For example, a value of 100 mm should be indicated as 0.1
International system of units (SI) is used for calculation, therefore, pipe diameter should be indicated in meters. For example, a value of 100 mm should be indicated as 0.1
To obtain this value, please,
fill in the “Required Thickness Calculator” form
fill in the “Required Thickness Calculator” form
The laboratory consumption of the material is 1 liter per 1 square meter of a layer thickness of 1 mm. However, when calculating the amount of material, it is necessary to take into account the overspending.
Estimated overrun varies depending on the application method:
Manual - 10%
Mechanical - 30%
Estimated overrun varies depending on the application method:
Manual - 10%
Mechanical - 30%