Cement-based inorganic mineral lightweight aggregate interior insulation mortar

Cement-based inorganic mineral lightweight aggregate interior insulation mortar is an environmentally friendly, high-performance insulation material with multiple excellent characteristics. It combines the durability of cement with the lightweight efficiency of inorganic mineral lightweight aggregates, forming an eco-friendly and high-performance thermal barrier. Through carefully selected and scientifically proportioned inorganic mineral lightweight aggregates uniformly embedded in the cement matrix, this material not only reduces overall weight but also provides outstanding thermal insulation properties.

Characteristics

Eco-friendly and non-toxic: Cement-based inorganic mineral lightweight aggregate interior insulation mortar is solvent-free, odorless, and aligns with modern construction's pursuit of sustainability.

Easy construction: It offers excellent workability, allows for easy control of application thickness, and is not restricted by seasons, maintaining stable performance under various weather conditions.

Excellent thermal insulation: With low thermal conductivity and stable insulation performance, it significantly reduces indoor temperature fluctuations and improves living comfort.

Strong weather resistance: It exhibits good freeze-thaw resistance and water resistance, making it suitable for interior and exterior wall insulation projects in various environments.

Safe and reliable: It possesses excellent adhesion and shear strength, capable of resisting wind pressure and cracking, ensuring long-term stability.

Application Scope

Cement-based inorganic mineral lightweight aggregate interior insulation mortar is suitable for interior and exterior wall insulation projects, roof insulation and energy-saving projects, interior wall insulation layers, and insulation layers for steel structure buildings in various environments. It meets energy-saving requirements of 50% and 65%, and is applicable for new, renovated, or expanded public and civil buildings in hot summer/cold winter, hot summer/warm winter, and temperate regions.