The Characteristics of Insulating Mortar

1. Inorganic insulating mortar exhibits excellent temperature and chemical stability.
The insulating system made from inorganic materials is composed entirely of pure inorganic substances. It is resistant to acids and bases, corrosion, does not crack or peel, and has high stability, eliminating aging issues, thus lasting as long as the building walls.

2. Easy to apply with low overall costs.
The insulating system can be directly applied to rough walls, using a construction method similar to that of cement mortar leveling layers. The machinery and tools required for this product are simple. Its ease of application offers significant advantages over other insulation systems, including shorter construction periods and easier quality control.

3.Wide applicability, preventing thermal bridges.
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5.This insulating system is suitable for various wall base materials and complex wall shapes. It is fully enclosed, seamless, and cavity-free, effectively preventing thermal bridges. Additionally, it can be used for external wall insulation, internal wall insulation, or simultaneous insulation of both, as well as for roof insulation and geothermal heat insulation layers, providing flexibility in energy-saving system design.

4. Environmentally friendly and non-toxic.
The insulating system is non-toxic, odorless, and free from radioactive pollution, posing no harm to the environment or human health. Its widespread use can also utilize some industrial waste and low-grade building materials, offering significant environmental protection benefits through comprehensive utilization.

5. High strength.
The bonding strength of the insulating system to the base material is high, making it resistant to cracks and hollow spots. This feature provides a technical advantage compared to all other insulation materials available domestically.

6. Good fire/heat resistance and safety, ensuring user confidence.
The insulating system is fireproof and non-combustible. It can be widely used in dense residential areas, public buildings, large public spaces, flammable and explosive locations, and areas with strict fire safety requirements. It can also serve as a fire isolation zone, enhancing building fire safety standards.

7. Excellent thermal performance:
The thermal storage capacity of the insulating system is significantly greater than that of organic insulation materials, making it suitable for summer heat insulation in southern regions. With sufficient thickness, its thermal conductivity can reach below 0.07 W/m.K, and its thermal performance can be easily adjusted to meet mechanical strength requirements and practical usage needs, allowing for use in various applications, such as flooring.

8.Excellent anti-mold effect: It can prevent energy transfer through thermal bridges and stop mold stains caused by indoor condensation.

9.Cost-effective: By using appropriately formulated inorganic thermal insulation mortar materials, the insulation system can replace traditional double-sided plastering, achieving an optimal balance of technical and economic performance.

10.Enhanced dispersible powder, inorganic binding materials, high-quality aggregates, and additives with functions such as water retention, enhancement, thixotropy (time-dependent shear thinning property), and crack resistance are pre-mixed and dry-blended.

11.It exhibits strong adhesion to various insulation materials.

12.Features good flexibility, water resistance, and weather resistance; low thermal conductivity, stable insulation performance, high softening point, freeze-thaw resistance, and aging resistance.

13.Can be directly mixed with water on-site for easy application; it has good breathability and strong respiratory function, providing excellent waterproofing while allowing moisture from the insulation layer to escape.

14.Overall cost is relatively low.

15. Superior insulation performance.