Composite Foamed Cement Board

Composite foamed cement board, also known as foam concrete board, is a cement-based lightweight porous inorganic Class A insulation board formed by mixing foam (prepared with a foaming agent) with cement, pouring it into molds, and curing. It possesses the following key characteristics:

High Fire Resistance: Due to its primary components being cement and foam, it exhibits excellent fire resistance and can withstand high temperatures without easily igniting.

High Thermal Insulation: Its porous structure provides outstanding thermal insulation properties, effectively retaining heat.

High Durability: As an inorganic material, it offers a long service life and strong durability.

Non-Toxic and Harmless: The material itself is non-toxic and harmless, meeting environmental protection standards.

Good Water Resistance: It maintains performance stability even in humid environments.

Energy Efficiency and Environmental Protection: Both production and usage processes align with environmental requirements, delivering significant energy-saving benefits.

Application Areas

Composite foamed cement boards are widely used in various fields, including:

Prefabricated Building Exterior Wall Systems: Accounting for 38%, used for lightweight and insulation needs in exterior walls.

Data Center Fireproof Partitions: Accounting for 21%, applied in settings requiring high fire resistance.

Cold Chain Logistics Insulation Enclosures: Accounting for 17%, used for thermal insulation in cold chain logistics.

Ship Cabin Partition Walls: Accounting for 12%, employed for partition needs within ships.

Technical Parameters and Production Process

The production technology of composite foamed cement boards continues to innovate. Through the introduction of nano-level pore structure control technology and three-dimensional reinforcement technology, precise control of board density and improved bending strength have been achieved. The use of intelligent curing kilns reduces energy consumption and enhances production efficiency. In terms of installation technology, the application of embedded buckle systems and patented joint treatment agents significantly improves construction efficiency and quality.