Principles of Fire Retardant Coating for Industrial Integrated Calcium Silicate Composite Boards

Principle of Fire Retardant Wrapping for Industrial Integrated Calcium Silicate Composite Boards

The fire-resistant principle of the industrial integrated calcium silicate composite board mainly relies on its unique structure and material combination, achieving efficient fire protection through multi-layer protection and connection methods.

The design of the fire-resistant cladding for industrial integrated calcium silicate composite board ducts includes components such as the duct body, fire-resistant thermal insulation boards, connecting flanges, L-shaped angle brackets, and connecting plates. The fire-resistant thermal insulation boards are covered on the outer side of the duct body and are securely fastened in place using the L-shaped angle brackets and connecting plates, ensuring a robust installation. This design not only enhances the overall fire resistance but also strengthens the structural stability, making it adaptable to complex transportation environments. Specifically:

Fire-resistant Insulation Board: Offers primary fire protection, preventing direct contact with flames and high temperatures, and reducing heat transfer.

L-shaped angle brackets and connection plates: These components securely fasten the fire-resistant thermal insulation board to the exterior of the duct base, forming a complete fireproof covering layer.

‌Flange Connection: Used to connect two ducts or ducts to other equipment, also enhancing overall stability.

‌Masking film and nail-free riveting: Further enhancing the tightness of the connection and the stability of the structure.‌

Moreover, this composite panel utilizes a mechanized automatic lamination production line process. It features fire-resistant, asbestos-free fiber-reinforced calcium silicate board and rock wool board as the core layer, with a protective layer of color steel plate (thickness not less than 0.35mm) on the outer surface, and an aluminum foil lining on the inner surface, thereby achieving efficient fire resistance and excellent heat insulation. This design is not only suitable for industrial environments but also for other occasions requiring fire protection, such as interior decoration and partitions in buildings, etc.

The principle of fire protection wrapping for industrial integrated calcium silicate composite boards primarily relies on their unique structure and material combination. Through multi-layer protection and connection methods, it achieves efficient fire resistance.

The design of the fire-retardant cladding for industrial integrated calcium silicate composite board duct includes components such as the duct body, fire-resistant insulation board, connecting flanges, L-shaped angle brackets, and connecting plates. The fire-resistant insulation board covers the outer side of the duct body and is securely fastened in place using L-shaped angle brackets and connecting plates, ensuring a robust installation. This design not only enhances the overall fire resistance but also strengthens the structural stability, making it adaptable to complex transportation environments. Specifically:

Fire-resistant Insulation Board: Offers primary fire protection, preventing direct contact with flames and high temperatures, reducing heat transfer.

L-shaped angle brackets and connection plates: These components securely fasten the fire-resistant insulation board to the outer side of the duct base, creating a complete fireproof covering layer.

‌Connect Flange: Designed to connect two ducts or ducts to other equipment, while also enhancing overall stability.

‌遮蔽片 & 无铆钉铆接：Enhanced connection tightness and structural stability.

Additionally, this composite board utilizes a mechanized automatic lamination process, featuring fire-resistant, asbestos-free fiber-reinforced calcium silicate board and rock wool board as the core layer. The outer surface is protected with color steel plates (thickness not less than 0.35mm), while the inner surface is lined with aluminum foil, thereby achieving efficient fire resistance and excellent thermal insulation. This design is not only suitable for industrial environments but also for other applications requiring fire protection, such as interior decoration and partitions in buildings.