Polymer Inorganic Thermal Insulation Mortar

Polymer Inorganic Thermal Insulation Mortar

Polymer inorganic thermal insulation mortar is a type of insulation mortar that combines the characteristics of inorganic materials and polymers, offering various excellent properties and application scenarios.

Composition and Characteristics

Polymer inorganic thermal insulation mortar is mainly composed of silicate cement, active silica, various polymers, nano-rheological accelerators, fibers, and high-temperature calcined surface-treated inorganic salt ores. These components endow the mortar with properties such as thermal insulation, fire and freeze resistance, aging resistance, good flexibility, water resistance, and weather resistance. Additionally, it exhibits strong bonding strength, can be mixed directly with water on-site for easy application, and is safe, environmentally friendly, and compliant with industrial policies.

Application Scenarios

Polymer inorganic thermal insulation mortar is primarily used for plastering interior and exterior walls of buildings, serving as a new type of energy-saving thermal insulation mortar material. Depending on the binding material, it can be classified into cement-based and gypsum-based types. Both cement-based and gypsum-based inorganic thermal insulation mortars offer excellent properties such as energy efficiency, waste utilization, thermal insulation, fire resistance, and freeze resistance, making them widely applicable for plastering interior and exterior walls of various buildings.

Market Prospects and Environmental Benefits

Polymer inorganic thermal insulation mortar plays a significant role in building energy efficiency. Research shows that 80% of a building's heat loss occurs through the envelope structure, with wall structures accounting for the largest proportion of heat loss. Reducing heat transfer loss through wall structures is crucial for building energy efficiency. Furthermore, the safety and environmental benefits of polymer inorganic thermal insulation mortar align with current environmental policies, giving it broad market demand and promising market prospects.