Inorganic Thermal Insulation Mortar Type II

Inorganic Thermal Insulation Mortar Type II is a thermal insulation mortar primarily composed of inorganic materials, offering excellent thermal insulation and fire resistance properties.

Composition and Properties

The main components of Inorganic Thermal Insulation Mortar Type II include cement, quartz sand, expanded perlite, silicate microspheres, and chemical additives. These components endow the product with characteristics such as low thermal conductivity, good thermal insulation performance, excellent durability, crack resistance, and water resistance. Its thermal conductivity generally ranges between 0.06-0.08 W/(m·K), compressive strength typically falls between 2-5 MPa, and its density is approximately 400 kg/m3. Additionally, Inorganic Thermal Insulation Mortar Type II features a cavity-free structure, low thermal conductivity yet high strength, good breathability, and resistance to condensation.

Application Scope

Inorganic Thermal Insulation Mortar Type II is suitable for thermal insulation projects involving various building walls, roofs, floors, and pipelines. It is widely used in residential buildings, industrial plants, public buildings, and other fields. Its cavity-free structure, excellent wind pressure resistance, and waterproof performance make it perform exceptionally well in various building environments.

Advantages and Disadvantages

Advantages:

Inorganic Thermal Insulation: Class A non-combustible material with excellent fire resistance.

Strong Weather Resistance: Excellent waterproofing, tight and firm contact with walls, and superior wind pressure resistance.

High Compressive Strength: Good crack resistance, compressive strength exceeding 11 MPa, and linear shrinkage rate less than 0.2%.

Breathable and Comfortable: No condensation, good breathability.

Convenient Construction: Can be directly applied to rough wall surfaces, with simple construction techniques and easy-to-understand required machinery and tools.

Disadvantages: Currently, no significant disadvantages have been identified.