YT Inorganic Active Thermal Insulation Mortar

YT Inorganic Active Thermal Insulation Mortar

YT inorganic active thermal insulation mortar is a high-performance thermal insulation material with various excellent properties and application characteristics.

Composition and Production Process

YT inorganic active thermal insulation mortar is mainly composed of natural high-quality high-temperature resistant lightweight materials, natural plant protein fibers, and various inorganic modified materials and curing agents. These materials are factory-produced and formulated to form a single-component finished product. Its production process incorporates internationally leading inorganic bonding and crack resistance technologies, ensuring product stability and durability.

Performance Characteristics

Thermal Insulation: YT inorganic active thermal insulation mortar effectively improves the thermal insulation performance of buildings, increasing indoor temperatures by 6-10°C in winter and reducing indoor temperatures by 6-8°C in summer.

Fire Safety: This material is a Class A non-combustible material with extremely high fire safety.

Water Resistance and Crack Resistance: It exhibits excellent water resistance and crack resistance, effectively preventing wall cracking and peeling.

Environmental Performance: YT inorganic active thermal insulation mortar is an environmentally friendly material that complies with national environmental standards and has a long service life.

Easy Construction: The construction process is simple and efficient, reducing the construction period by more than half. It does not require additional mesh cloth or anchors, lowering construction difficulty and costs.

Application Scenarios and Construction Methods

YT inorganic active thermal insulation mortar is suitable for various base wall types and can be directly applied to exterior walls, interior walls, and other areas for thermal insulation. During construction, the base wall surface must first be cleaned of dust and oil stains. The mortar is then mixed with water and applied to the base wall. The first layer should be approximately 10mm thick, and the second layer should be applied when the moisture content reaches 50%, with a thickness of 10-20mm. The material allows direct application of coatings or tile finishes on the insulation layer, achieving strong adhesion, crack resistance, and waterproofing effects.