Category

Knauf Industries - Knauf Therm Tech Facade 42 polystyrene board

manufacturer: Knauf Industries

Category: thermal insulation systems - foamed polystyrene

product #: 26970

Order multiples of: 1 Add to cart

Add to wish list Ask about product Report an error in description Installment purchase is available from 100 PLN of product value or the entire order. Leasing is available from PLN 369 of the value of the product

Price on request

price-list
net unit price
255,00zł
for m3
discount price
net unit price
202,00zł
for m3
minimum trading quantity
the amount of product
1.00 m3
unit
trading
1.00 m3
total price
net list price
255,00zł
for 1.00 m3
total price
discounted net price
202,00zł
for 1.00 m3
price-list
gross unit price
313,65zł
for m3
discount price
gross unit price
248,46zł
for m3
minimum trading quantity
the amount of product
1.00 m3
unit
trading
1.00 m3
total price
gross list price
313,65zł
for 1.00 m3
total price
gross discount price
248,46zł
for 1.00 m3

Product description

Knauf Therm Tech Facade λ 42 expanded polystyrene board has the following applications:

  • external thermal insulation made by the "light wet" (BSO) method
  • external thermal insulation made by the "light dry" method
  • thermal insulation on the surface of the skeleton wall
  • filling expansion joints
  • thermal insulation in the gap of the closed three-layer wall
  • thermal insulation in the gap of a ventilated three-layer wall
  • thermal insulation of window frames and lintels

attention

Standard dimensions are 1000 x 500 x thickness [mm] (every 10 mm). Plate finishing: smooth or milled edges with overlap extra 5.00 PLN / m3. The thickness and finish of the edge should be given in the comments to the order. The price is for a logistic minimum of 30 m3. Smaller quantities are subject to additional pricing. Due to frequent price movements, for reasons beyond our control, please confirm the price each time you buy.


Technical data

fire classification - reaction to fire:
E
flexural strength:
≥ 100 kPa
tensile strength:
≥ 80 kPa
thermal conductivity λ:
0,042 W/mK

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