Inorganic Lightweight Aggregate Thermal Insulation Mortar Type B

Inorganic Lightweight Aggregate Thermal Insulation Mortar Type B

Inorganic lightweight aggregate thermal insulation mortar type B is a new type of thermal insulation material, characterized by convenient construction and excellent thermal insulation performance. It is made using inorganic lightweight aggregates such as vitrified microspheres or closed-cell perlite as the insulation aggregate, inorganic cementitious materials like cement as the main binder, and is blended with polymer compounds and other functional additives.

Physical and Chemical Properties

Good physical and chemical stability: It is not easily combustible, has excellent fire resistance, and does not release toxic gases when heated.

High strength: Safe and reliable, with a service life equivalent to that of the building.

Environmentally friendly: Non-toxic and pollution-free, aligning with the concept of green building.

Construction Method

Base treatment: Ensure the base surface is clean, free of oil stains, and debris. In hot weather or when the base is dry, moisten the base with water first to achieve a state of internal moisture and external dryness.

Interface agent treatment: Mix the specialized interface agent for the insulation system according to a water-cement ratio of 1:4 until uniform, then apply it to the base with a thickness of about 3mm.

Mortar mixing and construction: Mix the inorganic lightweight aggregate thermal insulation mortar according to a water-cement ratio of 4:5.5 into a slurry. After thorough mixing, apply it to the base. Carry out construction in layers according to energy-saving requirements, with intervals of at least 24 hours between each layer. After construction, curing for 3-5 days is required, along with waterproofing treatment.

Application Scenarios

Inorganic lightweight aggregate thermal insulation mortar type B is primarily used in the construction industry, especially widely promoted in building energy-saving renovation projects. Its low thermal conductivity, excellent crack resistance, non-toxic and environmentally friendly properties, low cost, and ease of construction make it an ideal choice for building insulation.