External thermal insulation composite system market sales are expected to increase globally throughout the estimated period at a CAGR of 4.0%. The greatest solution for long-term and energy-efficient thermal insulation of outside walls and cladding in both newly constructed and restored buildings is the external thermal insulation composite system (ETICS). The amount of hazardous fumes or smoke produced by ETICS, which are made entirely of minerals with non-flammable qualities, is reduced in the event of a fire. In actuality, the raw mineral components are flame-resistant.

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The elements of an ETIC sheet also stop fungus and algae from developing on the facade. Due to the ETIC system's complete vapor permeability, water—which is necessary for the growth of fungi and algae—is quickly eliminated, preventing the development of algae on the facade insulation. Thermal insulation systems provide active thermal mass that increases the building's thermal inertia by lowering the temperature of the exterior walls. Thermal insulation enhances the performance of the wall throughout the seasons in addition to reducing heat dispersion. The majority of composite external thermal insulation solutions forgo the use of toxic biocides.
GROWTH DRIVERS
Governments and other international organizations' interest on reducing global warming has larger implications for the use of external thermal insulation composite systems. Unsustainable rates of global warming have heightened the need for people to assume more responsibility for reducing their carbon footprints. In an effort to reduce the pace of carbon emissions, several countries have set reduction objectives. Additionally, these policies have forced end-user companies to pursue all available carbon-reduction options. For instance, the usage of specific items that contain greenhouse gases, the use of fossil fuels for home and workplace heating, and trash disposal all contribute to greenhouse gas emissions.
The need for external thermal insulation is influenced by energy market conditions. The primary factors influencing the adoption of external thermal insulation are the growing energy crisis, the cost of doing so, and the need to lessen the effects of global warming brought on by fossil fuels. By using better insulation and raising the level of comfort, knowledge and technology have greatly decreased the amount of energy consumed by end uses today.
EXTERNAL THERMAL INSULATION COMPOSITE SYSTEM MARKET SEGMENTATION
By Component
· Insulation Board
· Adhesive
· Mechanical Fastener
· Reinforcing Mesh
· Basecoat
· Finish Coat
· Others
By End Use
· Residential
· Non-Residential
o Commercial
o Industrial
By Region
· North America
· Europe
· Asia Pacific (APAC)
· Latin America
· Middle East & Africa

KEY COMPANIES IN EXTERNAL THERMAL INSULATION COMPOSITE SYSTEM MARKET
The research report offers a competitive analysis of prominent companies operating in the global external thermal insulation composite system market. Some of the leading players profiled in the market research report include:
· Nippon Paint Holdings
· Rockwool
· Baumit
· Wacker Chemie
· Multipor
· BASF Neopor
· Styropan
· Berger Paints India Ltd.
· URSA Insulation
· Sika AG
· Other Players

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