ISOLTECO® 230
THERMAL Insulation & Chemicals Division

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THERMAL Insulation & Chemicals Division

ISOLTECO® 230

PRE-MIXED PLASTER, PROVIDING EXCELLENT THERMAL INSULATION. 230 kg/m3

ISOLTECO® 230 is the strongest plaster in the range (1.28 N/mm2): it insulates (λD 0.063 W/mK) and also improves the sound insulation of the wall (ΔRw 7 dB with 6 cm). It is used on external walls, internal walls and ceilings and to correct thermal bridges.

Made with selected hydraulic binders and EPS beads coated with E.I.A. additive, it only needs water and is applied from 2 to 20 cm, indoors and outdoors: once cured it is unaffected by rain, moisture and temperature changes (capillary absorption W1), stays breathable (μ 9) and is class A2-s1,d0 for reaction to fire.

It can be applied by machine or by hand (about 9-10 L of water per bag). After at least 7 days it is skimmed with ECAP® ADP (4-5 mm) and finished with breathable silicate or silicone paints or coloured finishes from the ECAP® range, after ECAP® F primer. A fibreglass mesh (140 g/m2) in the skim coat is recommended to increase impact resistance.

NOTE
  • Dry density 230 kg/m3; bulk density of the dry mortar about 245 kg/m3.
  • Thermal conductivity λD 0.063 W/mK (UNI EN 12667).
  • Compressive strength 1.28 N/mm2; flexural strength 0.38 N/mm2.
  • μ 9 (UNI EN 1015-19).
  • Rw 42 dB and ΔRw 7 dB (6 cm on 8 cm cellular blocks plastered on the opposite side).
  • Adhesion 0.1 N/mm2 (UNI EN 1015-12); capillary absorption 0.1 kg/m²s0.5, W1 (UNI EN 1015-18).
  • Reaction to fire A2-s1,d0 (EN 13501-1); specific heat 1.0 kJ/kgK; freeze/thaw durability assessed (UNI EN 998-1).
  • Thickness 2-20 cm: first coat about 1 cm, then coats up to 2.5-3 cm after 4-24 h.
  • Application +5 to +35 °C, RH 45-80%; not in rain or frost.
  • Yield per bag: 3.00 m2 at 2 cm · 1.50 at 4 cm · 1.00 at 6 cm · 0.86 at 7 cm · 0.60 m2 at 10 cm.
  • 60 L bag; pallet of 44 bags. Mixing water (by hand) about 9-10 L per bag.
PACKAGING
  • External thermal insulation of walls.
  • Thermal insulation of internal walls.
  • Thermal insulation of ceilings.
  • Correction of thermal bridges.
  • Protection of façades from rain.
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