Hollow Microsphere Inorganic Thermal Insulation Mortar

Hollow microsphere inorganic thermal insulation mortar is a new type of energy-saving mortar material, primarily used for interior and exterior wall plastering of buildings. It is a dry-mix mortar composed of inorganic lightweight thermal insulation particles (such as vitrified microspheres) as lightweight aggregates, combined with cementitious materials, anti-cracking additives, and other fillers. Depending on the cementitious material used, hollow microsphere inorganic thermal insulation mortar can be classified into two types: cement-based and gypsum-based.

Performance Characteristics

Energy Saving and Waste Utilization: Hollow microsphere inorganic thermal insulation mortar features energy efficiency and waste utilization, effectively making use of industrial waste residues and low-grade building materials to achieve resource recycling.

Thermal Insulation: This material offers excellent thermal insulation properties, effectively reducing energy consumption.

Fire and Frost Resistance: It possesses outstanding fire and frost resistance, improving building fire safety standards and making it suitable for flammable and explosive areas.

Aging Resistance: The material is aging-resistant with a long service life, capable of lasting as long as the building walls.

Environmental Friendliness: Hollow microsphere inorganic thermal insulation mortar is non-toxic, odorless, and does not produce radioactive pollution, posing no harm to the environment or human health.

Application Scenarios

Hollow microsphere inorganic thermal insulation mortar is widely used in dense residential buildings, public structures, and large public spaces with strict fire safety requirements. It can also serve as a fire barrier during construction to enhance building fire safety standards. Due to its convenient application and excellent durability, it holds a significant position in building insulation systems.

Construction Method

Hollow microsphere inorganic thermal insulation mortar is mixed on-site with water for direct application, making it easy to operate. Its construction process is similar to that of cement mortar leveling, requiring simple and easy-to-understand machinery and tools, which makes the construction process efficient and straightforward.