Blocks for peripheral walls

blokelis su termoizoliacija

 

Technical data *

IndicationWidth x Height x LenghtTM5
thickness
Thickness of concrete coreConsumptionWeight of R2U3Rw4
Filling concreteBlocksBlockWall1
Codemmmmmmm³/m²pcs/m²kg/pcskg/m²(m²K)/WW/(m²K)db

30/7/Z basic

blokelis 30/7
300x250x1000701500,114173502,470,4052
30/7/R angle300x250x10501500,113,818350

32/9/Z basic

blokeliai 32/9
320x250x1000901500,11417,53502,970,3452
32/9/R angle320x250x8201500,114,815,5350

32/11/Z basic

blokeliai 32/11
320x250x10001101300,10417,53103,460,2951
32/11/R angle320x250x8201300,104,815,5310

35/14/Z basic

blokeliai 35/14 išorinėms sienoms
350x250x10001401300,10418,53144,210,2451
35/14/R angle350x250x8501300,104,716,5314

35/14/Z basic Neo

blokeliai 35/14 NEO - padidintos šilumos varžos blokeliai
350x250x1000140
Neoporas6
1300,10418,53145,000,2051
35/14/R angle350x250x8501300,104,716,5314

35/14/Z basic PIR

Bolkeliai 35/14 PIR blokeliai su PIR
350x250x1000140
PIR7
1300,10418,53146,540,1551
35/14/R angle350x250x8501300,104,716,5314
  • * – Technical data and specifications are subject to change without notice;
  • 1- without plaster;
  • 2- design value of thermal resistance and heat penetration index in ideal cross-section of the wall, without plaster;
  • 3- design value of heat transfer coefficient, without plaster;
  • 4- design value of weighted air insulation, without plaster
  • 5- Thermal insulation materials (polystyrene foam, λD = 0.04 W (mk)) thickness;
  • 6- expandable polystyrene foam – ‘Neopor’ which has better index of thermal insulation: λD = 0.032 W (mk).
  • 7- polyisocyanurate (PIR) – thermal insulation material with exceptional thermal conductivity coefficient of λD = 0.023 W (mk). It lets IZOBLOK to become the warmest blocks in the market, with a thermal resistance of R = 6.5 m² K / W.
Fire classification
class of reaction of construction part to fire according to ČSN EN 13501-1: B-s1,d0
ire-proofed for non-plastered fragment according to ČSN EN 13501-2: REI 90 D1