Inorganic Vitrified Microsphere Thermal Insulation Mortar

Inorganic Vitrified Microsphere Thermal Insulation Mortar is a high-efficiency thermal insulation material for both exterior and interior walls, distinguished by its unique preparation process and excellent performance. It uses expanded vitrified microspheres as lightweight aggregate, precisely mixed with specialized thermal insulation adhesive powder to form a new type of inorganic thermal insulation mortar. This material not only offers outstanding thermal insulation but also possesses fire resistance and aging resistance, contributing to building energy efficiency.

Composition and Preparation Process

The main components of Inorganic Vitrified Microsphere Thermal Insulation Mortar include expanded vitrified microspheres and specialized thermal insulation adhesive powder. Expanded vitrified microspheres are inorganic glassy mineral materials, meticulously produced through a special expansion and firing process. They appear as irregular spherical particles with a hollow internal structure and a vitrified sealed surface, ensuring stable physical and chemical properties.

Performance Characteristics

Thermal Insulation: Inorganic Vitrified Microsphere Thermal Insulation Mortar has excellent thermal insulation capabilities, effectively reducing energy consumption.

Fire Resistance and Aging Resistance: This material also combines fire resistance and aging resistance, maintaining stability in high-temperature environments and extending the service life of buildings.

Convenient Construction: It can be used by simply mixing with water on-site, making the construction process simple, fast, and highly efficient.

Environmental Performance: Inorganic Vitrified Microsphere Thermal Insulation Mortar is non-toxic, odorless, and does not produce radioactive pollution, making it safe for both the environment and human health.

Application Areas and Market Prospects

Inorganic Vitrified Microsphere Thermal Insulation Mortar is widely used for thermal insulation of both exterior and interior walls in buildings. It is suitable for various wall substrates, including walls with complex shapes, exterior walls, interior walls, roofs, and geothermal insulation layers. Its fully sealed, seamless, and cavity-free characteristics effectively reduce thermal bridging, enhancing the overall thermal insulation performance of buildings. Additionally, this material supports external wall insulation, internal wall insulation, or simultaneous insulation of both, providing great flexibility in the design of energy-efficient systems.