How its work

HOW . TO . USE.

Heat Reflection > 80%

Here’s an example of how the paint works on an electric stove. The left half of the stove is painted, and the right is left blank. The stove was set up to heat to 195 F degrees and ice cubes were placed on the surface.

HOW TO USE ?

1-4

Walls of apartments and industrial buildings, both from internal and external sides.

  • Roofs of apartments and industrial buildings, both from internal and external sides.
  • Metallic constructions.
  • Hangars and garages.
  • Crane girders.
  • Lower part of bridges (lowers the freezing).
  • Pipelines of thermal heating systems.
  • Steam and gas pipelines.
  • Systems of air conditioning.
  • Pipes with cold water (for prevention of condensation).
  • Hydrants, water heaters and boilers.
  • Heat exchangers
  • Steam boilers.
  • Underground and ground oil pipelines.
  • Hot chemical mixer tanks.
  • Capacities and tanks for storage of water, chemical reagents etc.
  • Cooling chambers.
  • Coverage of internal side of motor compartment corps, roofs of transport vehicles.
  • Coverage of internal side of military and special purpose facilities.
  • Refrigerators.
  • Motor car and railway cisterns for different liquids.
  • Engine-rooms of ships.
  • Decks and internal part of ship corps.
  • Anti-corrosive
  • Vapor-permeable
  • Non-flammable
  • Environmental friendly
  • Long lasting (35+ years)
  • Watertight
  • Ecologically clean
  • Colorable
  • Adhesive
  • Flexible (12 %)
  • Weatherproof (solar- and UV radiation, temperature fluctuations, precipitation) 
  • Between – 60 and +260 °C
  • Any acrylic-based pigment
5-16
  • Below + 5 °C
  • Above + 540 °C
  • Above + 840 °C
  • Airless spray gun and long-grain brush. Spray gun is faster and it is easier to control the layer thickness. Beyond this, the coating become more homogeneous with spray gun, so it’s thermal insulation attribution will be better
 
  • 0,00177 W/mK
  • The nano-size, vacuumceramic balls
  • Between 10-60 nm
  • metal
  • wood
  • drywall
  • brick
  • concrete
  • glass
  • plastic
  • chipboard
  • Yes
  • 0,5 mm
  • Generally 2 layers (0,5 mm each), sum of 1 mm layer thickness
  • 0,6 mm
17-36
  • Acrylic polymers,
  • inorganic pigments,
  • vacuumnano-size ceramic balls
  • 300 revolution per minute
  • The thickened membrane dissolved, the material is creamy, smooth and free of lumps and pieces
  • 80-120 Bar
  • 615
  • 617
  • 619
  • 621
    The greater number nozzle sizes use more material on the surface. Selected nozzle size depends on material density and size of the area.
  • Clean it, degrease it, dry it
  • 8-24 hours
  • 3 hours
  • A1 non-flammable
  • Yes, it is dilatable with distilled water
  • It stretches up to 12+%
  • The ceramic components damages, which reduces the thermal insulation property.
  • In it’s closed container in a dry, clean, ventilated place protected from solar radiation.
  • 50cm – 100 BAR
  • 30 cm – 80 Bar
  • TSM Ceramic between +5 oC – 240 °C
  • in case of TSM Ceramic Winter between – 35oC – 240 °C
  • It shells off, does not sticks properly on the surface (loses it’s adhesion)
  • It blisters and falls off from the surface
  • About 14 kg/bucket
  • The specific gravity of TSM Ceramic is 0,70 Kg/liter
  • In optimal case on a flat surface 1liter/m2 in two layers (0,5 mm each)
  • About 35-40%