Inorganic Insulation Mortar with Cement

The introduction of inorganic insulation mortar with cement mainly includes information about its composition, performance characteristics, construction methods, and application scenarios.

Composition and Performance Characteristics

The main components of inorganic insulation mortar with cement include cement, sand, vitrified microspheres, etc. This material has the following performance characteristics:

Good Durability: Inorganic insulation mortar is made of pure inorganic materials, resistant to acids, alkalis, and corrosion, does not crack or peel, has high stability, and has the same lifespan as the building wall.

Simple Construction: It can be directly applied to rough walls. The construction method is the same as that of cement mortar leveling layers, using simple machinery and tools, with a short construction period and easy quality control.

Environmentally Friendly and Harmless: Non-toxic, odorless, and free of radioactive pollution, it is harmless to the environment and human health. It can also utilize some industrial waste and low-grade building materials, offering good environmental protection benefits.

Fire Resistance and Flame Retardancy: It has excellent fire resistance and is suitable for places with strict fire safety requirements.

High Strength: It has high bonding strength with the base layer and does not cause cracks or hollowing.

Construction Method

The construction method for inorganic insulation mortar with cement is relatively simple:

Base Layer Treatment: Ensure the base layer surface is clean, flat, and free of oil stains.

Mixing: Mix cement, sand, vitrified microspheres, etc., in a certain proportion evenly.

Application: Use a trowel or scraper to apply the mixture evenly on the base layer, ensuring uniform application without hollowing.

Curing: After construction, perform appropriate curing to ensure the material fully solidifies.

Application Scenarios

Inorganic insulation mortar with cement is widely used in thermal insulation projects for internal and external walls of various buildings, including:

External Wall Insulation: Used to improve the thermal insulation performance of buildings.

Internal Wall Insulation: Used to enhance the indoor temperature environment.

Roof Insulation: Used to improve the thermal insulation effect of roofs.

Geothermal Insulation Layer: Used for thermal insulation in geothermal systems.

This material is not only suitable for new construction but also for energy-saving renovation projects of old buildings, with broad market demand and application prospects.