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Explosion-proof panel

The composite fire-resistant panel is constructed by powerfully compressing two perforated 0.5mm-thick galvanized steel sheets onto an 8.5mm-thick fiber-reinforced cement board. The fiber-reinforced cement board sandwiched between the two steel layers effectively absorbs energy. Compared to reinforced concrete blast-resistant walls, this panel offers advantages such as being lightweight, easy to install and dismantle, and fully recyclable for reuse.

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Product Description

Product Introduction
The composite fire-resistant panel is constructed by powerfully compressing two perforated 0.5mm-thick galvanized steel sheets onto an 8.5mm-thick fiber-reinforced cement board. The fiber-reinforced cement board sandwiched between the two steel layers serves to absorb energy. Compared to reinforced concrete blast-resistant walls, this innovative panel offers advantages such as lightweight design, ease of installation and removal, and the ability to be recycled and reused.
Product Features
In the event of an explosion, blast-resistant panels can withstand explosive pressures within a certain range, effectively providing the necessary protection while preventing casualties and industrial losses. These panels feature a smooth, even surface, allowing for direct application of coatings or other decorative finishes without the need for additional leveling. Alternatively, if no decoration is applied, the panels can enhance the building's industrial aesthetic, highlighting its raw, functional character.
Product Applications
Explosion-resistant panels, combined with steel studs and rock wool, are widely used in petrochemical facilities, nuclear power plants, military industries, offshore oil platforms, power transformer rooms, warehouses, and more.
Official Certification
The explosion-resistant panels produced by the company have successfully obtained an explosion-resistance performance test report from a national-level testing center, with an explosion-resistant pressure rating reaching 4000 kPa—far exceeding the 1400 kPa threshold specified in the national standard atlas 14J938, "Explosion-Resistant and Blast-Relief Doors, Windows, Roofs, and Wall Construction Details."