Caswell UK are experts in fire resisting ductwork for facilities that require fire safety protection. Fire resisting ductwork supports protected ventilation routes while helping to reduce fire movement between compartments.

Ventilation systems are designed to transfer air through building zones. During a fire, these same routes may enable fire gases to pass through walls and floors if they are not protected. Fire resisting ductwork helps prevent this by maintaining duct integrity during fire exposure.

We think that relying on trained fire safety installers can help ensure that ventilation systems meet fire safety requirements.

Fire resisting ductwork is often installed in buildings that must meet regulated building safety requirements such as hospitals, offices, or manufacturing plants.

These systems are designed to withstand high temperatures. This allows the ductwork to continue operating for a defined safety rating during an emergency.

Experts in fire resisting ductwork must ensure that:

• Fire rated panels are installed correctly
• Joints and access panels are sealed
• Support systems meet safety standards
• Compartment boundaries remain protected

If fire resisting ductwork is fitted without proper support, gaps may allow smoke or heat to pass between compartments.

A secure get more info fire rated ductwork network helps ensure that fire and smoke remain limited to one section of a building for the required period of time.

Fire resisting ductwork is commonly installed within:

• Emergency routes
• Protected staircases
• Service risers
• Ceiling voids

These areas form part of a building’s passive fire protection strategy.

A new fire resisting ductwork installation may be required during the construction of a new building. In some cases, older systems may also need replacement if they no longer meet current fire resistance ratings.

Indoor safety during a fire depends on how effectively smoke movement can be controlled. A correctly installed fire resisting ductwork system helps prevent the movement of heat build up.