- resistant to weather factors
- non-flammable
- vapour-permeable
- flexible and durable
- Application
MITECH M building thermal insulation system is a complex external thermal insulation composite system (ETICS) based on mineral wool as the insulation layer. It is used to apply external wall insulation system for existing buildings and newly erected by using mineral wool panels as insulation layers in traditional and energy-saving construction. It can be used both on raw and rendered walls made of bricks, concrete, ceramic blocks, cellular concrete, cement hollow blocks. The system can be used while applying the maximum mineral wool thickness of up to 22 cm required in buildings up to 25 m high. The system with a mineral render is non-flammable. The system meets the requirements of the European Technical Assessment (ETA) and is allowed for use in the whole European Union. The properties of external thermal insulation composite system (ETICS) make it possible to limit heat losses, reduce heating costs, remove thermal bridging and improve the aesthetics of the insulated façade. The technology of MITECH M system consists of the following steps: installing a mineral wool layer to the external wall surface, making a reinforcing layer with immersed glass-fibre mesh and applying a primer and a thin-layer render. When combined with a mineral render, a façade paint should be used
SYSTEM COMPONENTS
Product Consumption per m² MITECH KS-W adhesive for installing mineral wool panels 5.0-6.0 kg MITECH KO-W universal adhesive for mineral wool-based external thermal insulation composite system (ETICS) 5.0-6.0 kg Glass fibre mesh 145 g 1.15 m² Mechanical links 4 pieces MITECH GSK or GSL, GSI, FX primer agent under render 0.28 kg MITECH TSK or TSL, TSISI, TSI thin-layer renders with Microsphere 2.0-2.5 kg MITECH TMB mineral render 2.0-2.5 kg MITECH FSK or FSL, FSI, FSIR facade paint with Microsphere 0.2-0.4 l SYSTEM PROPERTIES
Feature Value Water absorbability after 24 hours < 0.5 kg/m² Watertightness meets the requirements Reaction to fire (according to Etag 004/ En 13501-1+A1) B-s1,d0 Resistance to mechanical damage with acrylic, siloxane, silicone-silicate and silicone render Category II with mineral and silicate render Category III vapour permeability Sd from 0.17 to 0.44 m - Download