What is it used for
Residential
Fire-resistant plasterboard is commonly used in homes to increase fire safety by providing extra protection to walls and ceilings. It helps contain and slow the spread of fire, providing valuable time for occupants to evacuate.
Commercial
In commercial buildings, fire-resistant plasterboard is essential for meeting fire safety regulations. It is used in walls, ceilings, and partitions to protect occupants and assets, ensuring compliance with building codes and enhancing overall safety.
Industrial
In industrial settings, fire-resistant plasterboard is used to protect critical infrastructure and equipment from fire damage. It helps in creating fire-resistant barriers around hazardous areas, thereby ensuring the safety of the workforce and maintaining operational integrity.
Dimensions
Length: Typically 2400 mm or 3000 mm
Width: Typically 1200 mm
Thickness: 12.5 mm or 15 mm
Volume: Varies (example for 2400 mm x 1200 mm x 12.5 mm: 0.036 m³)
Weight: Approximately 10 kg to 12 kg per square meter
Colour: Usually pink (to indicate fire resistance)
What it’s Made From
Gypsum
A soft sulfate mineral used as the core material in fire-resistant plasterboard due to its natural fire-retardant properties.
Glass Fiber
Embedded within the gypsum core to enhance strength and fire resistance, helping the board maintain integrity during exposure to high temperatures.
Vermiculite
An exfoliated mineral that improves fire resistance by expanding when heated, creating an insulating barrier within the plasterboard.
Silica
A component added to the gypsum mix, enhancing the board's fire-resistant properties by contributing to its structural strength and thermal stability.
Additives
Various chemicals and compounds, such as fire retardants and binders, are added to improve the board's fire resistance, durability, and overall performance.
Variations
Installation
Technical Specification
Certification
Purchasing Quantities
Environmental Impact
