Inorganic thermal insulation mortar external wall external insulation system

Inorganic Thermal Insulation Mortar External Wall Insulation System

‌The inorganic thermal insulation mortar external wall insulation system‌ is an energy-saving system used for building exterior wall insulation, primarily composed of inorganic thermal insulation mortar. It features energy efficiency, waste utilization, thermal insulation, fire and frost resistance, aging resistance, and low cost. This system is suitable for buildings with heights not exceeding 100 meters, particularly for external wall insulation, with thickness generally controlled within 50mm.

Structure and Materials

The inorganic thermal insulation mortar external wall insulation system mainly consists of the following components:

‌Interface Layer‌: Directly contacts the base wall, providing excellent adhesion.

‌Inorganic Thermal Insulation Mortar Layer‌: Serves as the primary insulating material, featuring low thermal conductivity and superior insulation performance.

‌Anti-Crack Surface Layer‌: Prevents surface cracking, typically reinforced with fiberglass mesh.

‌Decorative Layer‌: Provides an aesthetic appearance and protective function‌.

Performance Characteristics

‌Energy Efficiency and Waste Utilization‌: The inorganic thermal insulation mortar utilizes waste materials, meeting environmental requirements.

‌Thermal Insulation‌: Low thermal conductivity effectively reduces energy loss.

‌Fire and Frost Resistance‌: The material has Class A non-combustible fire resistance and excellent cold resistance.

‌Aging Resistance‌: The material exhibits good stability and a long service life.

‌Ease of Construction‌: On-site mixing with water simplifies operation.

Application Scenarios and Advantages

The inorganic thermal insulation mortar external wall insulation system is widely used in various buildings, especially in densely populated residential areas, public buildings, and large public spaces with strict fire safety requirements. Its superior fire resistance and low cost give it broad market demand and application prospects.