Vitrified Microsphere Inorganic Thermal Insulation Mortar

Vitrified Microsphere Inorganic Thermal Insulation Mortar is a high-efficiency thermal insulation material for both exterior and interior walls, featuring excellent thermal insulation, heat resistance, fireproofing, and aging resistance. It is composed of vitrified microspheres as lightweight aggregate, mixed with thermal insulation adhesive powder in a specific ratio to form a new type of inorganic thermal insulation mortar.

Composition and Preparation Process

The main component of Vitrified Microsphere Inorganic Thermal Insulation Mortar is vitrified microspheres, which are produced by finely crushing volcanic rock into mineral sand and then processing it through a special expansion and firing technique. Vitrified microspheres appear as irregular spherical particles with a hollow internal structure and a vitrified sealed surface, ensuring the stability of their physical and chemical properties.

Performance Characteristics

Excellent Thermal Insulation: Vitrified Microsphere Inorganic Thermal Insulation Mortar offers outstanding thermal insulation and heat resistance, effectively reducing energy consumption.

Fireproof and Aging Resistant: This material possesses excellent fire resistance and aging durability, maintaining stability in high-temperature environments, being non-combustible, and emitting no harmful gases.

Lightweight yet High Strength: Vitrified Microsphere Inorganic Thermal Insulation Mortar is lightweight but high in strength, making it easy to apply. It can be used by mixing with water on-site, avoiding issues such as hollowing and cracking.

Superior Environmental Performance: As an environmentally friendly, high-performance inorganic lightweight thermal insulation material, Vitrified Microsphere Inorganic Thermal Insulation Mortar has broad application prospects in the field of building energy efficiency.

Application Areas

Vitrified Microsphere Inorganic Thermal Insulation Mortar is not only suitable for building energy efficiency but also finds applications in chemical fillers, technological agriculture, refractory materials, and fireproof sound absorption industries, demonstrating its diverse potential uses.