Paroc - deska Paroc Pro Slab 100

Name: Paroc - deska Paroc Pro Slab 100
Brand: Paroc
Price: 208.38 PLN
Availability: InStock

Average grade: 0 / 0 reviews

Thermal and acoustic insulation of flat surfaces, walls of large low-temperature tanks, large power boilers, electrostatic precipitators, flue gas ducts, flue gas desulphurization installations and as a filling of tin coffers.

grubość

Save amount -

208,38 zł 208,38 zł

S DPH

Najniższa cena z ostatnich 30 dni: 208,38 zł brutto. (169,42 zł)

Minimální množství pro objednání tohoto produktu je 20.

On product inquiry

cennikowa cena jednostkowa netto

63,42 zł

za m2

cennikowa cena jednostkowa brutto

78,01 zł

za m2

promocyjna cena jednostkowa netto

za m2

promocyjna cena jednostkowa brutto

za m2

całkowita cena cennikowa netto

228,31 zł

za 3.6 m2

całkowita cena cennikowa brutto

280,82 zł

za 3.6 m2

całkowita cena cennikowa netto

za 3.6 m2

całkowita cena cennikowa brutto

za 3.6 m2

Products description

PAROC Pro Slab 100 is a non-flammable stone wool base for thermal insulation of flat surfaces in industrial equipment and a tank in.

Mineral wool board intended for thermal and sound insulation of flat surfaces, large tank walls in low-temperature, large power boilers, electrostatic precipitator, flue gas duct, flue gas desulphurization installation and as a filling of tin coffers in.

Strength

Unchanging reaction to fire over time / degradation: Fire properties of mineral wool do not deteriorate over time. The European classification of the product is related to the content of the organic binder, which does not increase over time.
Invariability of reaction to fire at high temperatures: The fire retardant properties of stone wool do not deteriorate at high temperatures. The product's fire classification is related to the content of organic compounds, which remains constant or decreases at a higher temperature.
Unchanging thermal resistance over time / degradation: The thermal conductivity of a mineral wool product is unchanged over time, years of experience have shown that the structural fibers are stable and that there are no other gases except atmospheric air in the pores of the product
Maximum application temperature - dimension stability 550 C / EN 14303: 2009 + A1: 2013 (EN 14706)
Unchanging thermal resistance at high temperatures: The thermal conductivity of a mineral wool product is unchanged over time, years of experience have shown that the structural fibers are stable and that there are no other gases except atmospheric air in the pores of the product