Inorganic Mortar Insulation

Inorganic mortar insulation is a new type of thermal insulation and energy-saving mortar material used for plastering both interior and exterior walls of buildings. Depending on the binding material, it is categorized into cement-based inorganic insulation mortar and gypsum-based inorganic insulation mortar. It offers excellent properties such as energy efficiency, waste utilization, thermal insulation, fire and frost resistance, and aging resistance, all at a low cost, making it widely demanded in the market.

Composition and Manufacturing Process

Inorganic mortar insulation primarily consists of lightweight inorganic insulation particles (such as ordinary expanded perlite, polystyrene particles, and vitrified microspheres) as lightweight aggregates, combined with binding materials, anti-cracking additives, and other fillers to form a dry-mix mortar. It is mixed with water to create a slurry, which is then applied to the base surface. After hardening, it forms an insulation layer.

Performance Characteristics

Energy Efficiency and Waste Utilization: Inorganic mortar insulation utilizes industrial waste and low-grade building materials, offering significant environmental protection benefits through comprehensive resource utilization.

Thermal Insulation: It provides excellent thermal insulation properties, effectively reducing energy consumption.

Fire and Frost Resistance: The material itself is non-combustible and remains stable under extreme conditions.

Aging Resistance: Made purely from inorganic materials, it is resistant to acids, alkalis, and corrosion, without cracking or peeling, ensuring high stability.

Easy Construction: It can be directly applied to rough walls, with a simple construction method and easy quality control.

Environmentally Friendly and Non-Toxic: It is non-toxic, odorless, free from radioactive pollution, and harmless to both the environment and human health.

Application Scenarios

Inorganic mortar insulation is widely used for plastering both interior and exterior walls of various buildings. It is particularly suitable for densely populated residential areas, public buildings, large public spaces, and locations with strict fire safety requirements, such as flammable and explosive environments. It can also be used as a fire barrier during construction to enhance building fire safety standards.