Composite Fire Cabinet

Wall-Mounted fire extinguishers are often used inside buildings and structures or in roofed areas. In climates with high humidity, corrosive and aggressive environments, using steel firefighting equipment may not be a suitable solution.

Ariacoupling’s wall-Mounted fiberglass fire cabinet provides a suitable solution to this problem. Fiberglass has a unique resistance to corrosive agents in the mentioned environments and offers a long service life. This product is a solution for equipping corrosive areas and harsh climatic conditions such as coastal and offshore structures, oil, gas and petrochemical fields. High resistance to corrosion, high resistance to ultraviolet rays of the sun, resistance to high temperature conditions, integrated production and uniform structure, and high physical strength are the most important features of Ariacoupling fiberglass fire cabinet.

Features of Ariacoupling wall-Mounted Composite Fire Cabinet:

Integration in the construction of fiberglass fire box to reduce residual stresses during construction
Installation on the wall in indoor environments
Equipped with stainless steel lock and handle and plated hinge resistant to environmental factors
Light, resistant to moisture and temperature stress, high resistance to corrosion
Polyurethane paint coating resistant to the ultraviolet rays of the sun and the phenomenon of the orange skin of the paint coating

Additional information

مشخصات فنی	• High strength and resistant to wear and impact • Resistant to corrosion caused by the attack of corrosive chloride ions in sea water and oil and acid vapors • Resistance to high temperature (up to 70 degrees Celsius) in the presence of gasoline as a petroleum corrosive agent • Non-flammability in the presence of fire even up to 70 degrees Celsius • High resistance of the material in weathering simulator tests in the simultaneous presence of salt water parameters, UV rays, high temperature and oil vapors

مشخصات فنی

• High strength and resistant to wear and impact
• Resistant to corrosion caused by the attack of corrosive chloride ions in sea water and oil and acid vapors
• Resistance to high temperature (up to 70 degrees Celsius) in the presence of gasoline as a petroleum corrosive agent
• Non-flammability in the presence of fire even up to 70 degrees Celsius
• High resistance of the material in weathering simulator tests in the simultaneous presence of salt water parameters, UV rays, high temperature and oil vapors