Collection: Fire Roller Shutters

Fire roller shutters are available in a couple of configurations depending on opening size, fire resistance period, operational method, and application. All compliant systems must be tested to recognised standards such as BS EN 1634-1 and installed as certified assemblies.

By Application Type

Compact Fire Roller Shutters

Designed for smaller openings and restricted headroom environments. Commonly used for:

• Commercial kitchen serveries
• Internal counters
• Small compartment openings
• Retail back-of-house areas

They feature a smaller barrel and compact housing for discreet installation.

Industrial Fire Roller Shutters

Engineered for larger spans and heavy duty environments. Typically installed in:

• Warehouses
• Factories
• Loading bays
• Large compartment walls

These systems use heavier curtain laths and larger barrel assemblies.

By Fire Resistance Rating

Fire roller shutters are available with different certified fire resistance periods, commonly:

• 60 minutes
• 120 minutes
• 240 minutes (where required)
• The required rating is determined by the building’s fire strategy.

Fire and Smoke Control Shutters

Fire Shutters are not designed or tested to stop the spread of the smoke. If you need smoke then you Fire and Smoke curtains are the solution.

By Operation Method

Automatic Gravity Fail Safe Systems

Operate using a controlled descent mechanism that activates upon fire alarm signal or thermal release.

Electrically Operated Fire Shutters

Powered systems integrated with fire alarm systems, designed to close automatically during activation while allowing daily operational use.

Internal vs External Fire Shutters

• Internal fire shutters – Used within compartment walls inside the building.
• External fire shutters – May require additional weather protection and compliance with external performance standards.

Each type must be specified according to the building’s fire strategy, structural opening size, and operational requirements to ensure full compliance with fire safety regulations.

Fire roller shutter doors can be tailored to suit the opening size, fire strategy, operational requirements, and building layout. All options must remain within the scope of the system’s certified fire test evidence (typically BS EN 1634-1) to maintain compliance.

Fire Resistance Rating

Available in certified fire resistance periods such as:

• 60 minutes
• 120 minutes
• 240 minutes

The required rating is determined by the building’s fire strategy and compartmentation requirements.

Compact or Industrial Design

• Compact fire shutters for smaller openings and limited headroom.
• Industrial fire shutters for larger spans and heavy-duty applications.

Barrel size and guide assemblies are designed to suit the opening dimensions.

Operation Type

• Gravity fail-safe systems (automatic controlled descent upon alarm activation)
• Electrically operated systems for daily use with automatic fire activation
• Integration with fire alarm systems

Control panels and battery backup systems can also be specified.

Control and Activation Options

• Connection to the building’s fire alarm system
• Thermal fusible links (where appropriate)
• Audio visual warning devices before descent
• Programmable delay timers for safe evacuation

Guide and Headbox Configuration

• Face-fixed or reveal-fixed installation
• Galvanised steel finish
• Powder-coated finishes (where available)
• Optional fascia covers for aesthetic integration

Finish and Appearance

While most fire shutters are supplied in galvanised steel, some systems offer powder-coated finishes to match interior or exterior design schemes.

Bespoke Sizing

Fire roller shutters are manufactured to measure, allowing them to suit:

• Serveries and counters
• Service ducts
• Large industrial openings
• Loading bay compartment walls

Daily Use or Fire Only Systems

Fire Shutter can be used on regular daily for security and fire protection.

All design and customisation choices must align with the manufacturer’s certified configuration to ensure continued compliance with fire safety regulations and the building’s fire strategy.

Fire roller shutter doors are specified where large openings must be compartmentalised in the event of a fire. They are particularly suited to areas where traditional hinged or sliding fire doors are impractical due to size, access requirements, or operational needs.

Warehouses and Industrial Units

Commonly installed across:

• Large compartment walls
• Production areas
• Storage zones
• Loading bays

They allow wide access during normal operation while providing automatic fire separation when activated.

Commercial Buildings

Used within:

• Service corridors
• Back of house areas
• Distribution zones
• Internal warehouse to office interfaces

They help maintain fire compartmentation across open plan layouts.

Commercial Kitchens

Compact fire roller shutters are frequently installed across:

• Kitchen serveries
• Food counters
• Pass-through openings

They prevent the spread of fire from kitchen areas into dining or retail spaces.

Retail and Shopping Centres

Installed in:

• Stockroom openings
• Internal service areas
• Mall to store service corridors

They protect escape routes and support the building’s fire strategy.

Healthcare and Public Buildings

Used in:

• Service openings
• Plant room access
• Internal compartment walls

They maintain fire separation while allowing unobstructed access during normal operation.

Plant Rooms and Service Areas

Large plant enclosures and mechanical service areas often require fire shutters where ventilation, ductwork, or wide access is present.

Loading Bays and Logistics Facilities

Industrial fire shutters protect:

• Loading dock openings
• Vehicle access points
• Goods transfer areas

They compartmentalise high risk zones while maintaining operational efficiency.

Fire roller shutter doors are selected wherever wide or high traffic openings must remain functional during daily use but automatically close to provide certified fire resistance in accordance with the building’s fire strategy and regulatory requirements.

Fire roller shutters are designed to provide certified fire compartmentation across larger openings while allowing unrestricted access during normal building operation. They are a key component of a building’s passive fire protection strategy.

Certified Fire Resistance

Tested to recognised standards such as BS EN 1634-1, fire roller shutters provide defined fire resistance periods (commonly 60, 120, or 240 minutes). This helps maintain compartmentation and limit fire spread between zones.

Automatic Fire Activation

Most systems operate on a gravity fail safe mechanism, automatically descending when triggered by:

• Fire alarm activation
• Thermal release devices
• Loss of power (depending on system design)

This ensures reliable closure in emergency situations.

Protection for Large Openings

Fire roller shutters are ideal for wide or high openings where hinged fire doors are not practical. They allow open-plan layouts without compromising fire safety.

Daily Operational Flexibility

Certain systems can be specified for daily use, combining routine access functionality with automatic fire closure when required.

Compact and Industrial Options

Available as:

• Compact fire shutters for smaller openings and limited headroom
• Industrial fire shutters for larger spans and heavy-duty environments

his ensures suitability across a wide range of applications.

Integration with Fire Alarm Systems

Fire roller shutters can integrate directly with the building’s fire alarm system, allowing controlled descent and optional audio visual warning prior to closure.

Durable Steel Construction

Manufactured from galvanised steel, these shutters are designed for strength, longevity, and reliability in commercial and industrial environments.

Supports Regulatory Compliance

When correctly specified and installed, fire roller shutter doors support compliance with Building Regulations and the building’s approved fire strategy.

Fire roller shutter doors provide a practical solution for maintaining operational efficiency in large or high-traffic openings while delivering certified fire protection when it matters most.

Fire roller shutter doors are life safety products and must comply with fire testing standards, product regulations, and Building Regulations. Because they form part of a building’s passive fire protection system, correct specification and installation are critical.

Fire Resistance Testing – BS EN 1634-1

Fire roller shutters must be tested to BS EN 1634-1, which assesses fire resistance performance of door and shutter assemblies. Certification confirms:

• Integrity (E) – Resistance to flame penetration
• Insulation (EI) – Limitation of heat transfer (where specified)
• Declared fire resistance periods (e.g. 60, 120, 240 minutes)

The complete system — curtain, guides, barrel, control panel, and activation method must match the tested configuration.

Building Regulations – Approved Document B

Fire roller shutters must align with Approved Document B (Fire Safety) and the building’s fire strategy, including:

• Correct fire resistance period
• Installation within designated compartment walls
• Protection of escape routes and high risk areas

The required rating is determined by the fire risk assessment.

Automatic Operation and Fail Safe Design

Fire roller shutters must:

• Close automatically upon fire alarm activation or thermal trigger
• Incorporate a fail safe descent mechanism
• Include controlled descent systems to prevent sudden drop

Systems designed for daily use must comply with operational safety standards.

Electrical and Control System Compliance

Electrically operated fire shutters must comply with relevant electrical safety standards and be integrated correctly with the building’s fire alarm system. Control panels and battery backups must be installed in accordance with manufacturer instructions.

Machinery Directive / UKCA & CE Marking

As powered doors or shutters, systems may fall under:

• Supply of Machinery (Safety) Regulations
• CE and/or UKCA marking requirements

Installations must include risk assessment and appropriate safety devices.

Safety Devices for Daily Use Shutters

Where shutters are used for regular operation, additional safety measures may include:

• Obstacle detection systems
• Audio visual warning prior to closure
• Photo Cells

These measures reduce risk during automatic descent.

Installation to Certified Detail

Installation must follow the manufacturer’s tested and certified detail, including:

• Approved fixing methods
• Correct guide alignment
• Appropriate structural support
• Unauthorised modifications can invalidate fire certification.

Ongoing Inspection and Maintenance

Fire roller shutters must be included in routine fire safety inspections to ensure:

• Reliable automatic activation
• Correct descent speed
• No damage to curtain or guides
• Proper operation of control systems

Regular servicing is essential to maintain compliance and ensure reliable performance in an emergency.

When correctly specified, installed, and maintained in accordance with BS EN 1634-1 and relevant product regulations, fire roller shutter doors provide compliant compartmentation and reliable automatic fire protection for large openings.

Fire roller shutters must be installed and maintained strictly in accordance with their certified fire test evidence and manufacturer’s instructions. Because they form part of a building’s passive fire protection system, incorrect installation can invalidate certification.

Installation Requirements

Install to Certified Configuration

Fire roller shutters must be installed exactly as tested to BS EN 1634-1, including:

• Curtain type (rigid steel laths or flexible fabric system)
• Guide rails
• Barrel assembly
• Control panel
• Activation method
• Fixing detail and structural support

Any deviation from the tested configuration may invalidate the fire rating.

Structural Support and Fixings

The supporting structure must be capable of carrying:

• Curtain weight
• Barrel load
• Operational forces
• Fixings must follow manufacturer specifications, including anchor type and spacing.

Control Panel and Activation Integration

Fire roller shutters must be connected to:

• The building’s fire alarm system
• Thermal release devices (where applicable)

Installation must ensure:

• Automatic fail safe descent
• Controlled closing speed
• Correct commissioning and testing

Electrical Compliance

Electrically operated shutters must comply with relevant electrical safety standards and include:

• Battery backup (where specified)
• Safe wiring routes
• Commissioning certificates
• Rigid Structure Fire Shutters

Rigid fire shutters use steel interlocking laths and are typically installed in industrial or larger openings.

Installation Considerations:

• Heavier barrel assemblies require adequate structural support
• Larger guide rails must be precisely aligned
• Headroom and side room must accommodate the barrel size

Maintenance Requirements:

• Regular inspection of laths for damage
• Check guide alignment and wear
• Test automatic descent mechanism
• Inspect motor and control panel operation
• Confirm descent speed remains compliant

Rigid systems are durable but require periodic servicing, particularly in higher-use environments.

Flexible Structure Fire Curtains / Shutters

Flexible systems use fire-resistant fabric with side guides and are commonly used for compact or architectural applications.

Installation Considerations:

• Precise alignment of side guides is critical
• Fabric must remain tensioned and free from obstruction
• Headbox must be securely mounted

Maintenance Requirements:

• Inspect fabric for tears, damage, or contamination
• Check guide integrity and fixings
• Test automatic deployment
• Confirm bottom bar weight and descent control
• Flexible systems are generally lighter but still require routine inspection and functional testing.

Commissioning and Handover

Upon installation:

• The system must be fully commissioned
• Descent test completed
• Integration with fire alarm confirmed
• User instruction provided
• Certification documentation issued

Ongoing Maintenance and Compliance

Fire roller shutters must be:

• Included in the building’s fire risk assessment
• Inspected at regular intervals (typically annually at minimum)
• Function tested to confirm automatic operation
• Serviced by competent personnel
• High risk or high traffic environments may require more frequent servicing.

Supply Only Considerations

Supply only fire roller shutters may be provided for competent installers; however:

• Installation must follow certified detail
• Integration with fire alarm systems must be correctly commissioned
• Compliance responsibility rests with the installer and building operator
• Professional installation is strongly recommended for commercial and public buildings.

When correctly installed and regularly maintained, both rigid and flexible fire roller shutter systems provide reliable, compliant fire compartmentation while supporting the building’s overall life safety strategy.

The cost of fire roller shutter doors depends on fire resistance period, opening size, structural type, control system specification, and installation complexity. Because these systems must be tested to BS EN 1634-1 and installed in accordance with certified detail, pricing reflects both product and commissioning requirements.

Compact Fire Roller Shutters (Smaller Openings)

Typically used for kitchen serveries, counters, and internal compartment openings.

• Supply only: From £1,800 – £3,000
• Supplied and installed: From £3,000 – £5,000

Suitable for smaller spans with compact barrel assemblies.

Industrial Fire Roller Shutters (Larger Openings)

Designed for warehouses, factories, and loading bays.

• Supply only: From £3,500 – £6,000
• Supplied and installed: From £6,000 – £10,000+

Pricing increases significantly with width, height, and fire resistance rating.

Fire Resistance Rating Impact

Higher fire ratings (e.g. 120 or 240 minutes) will increase pricing due to heavier curtain materials and enhanced system components.

Control and Safety System Costs

Additional costs may apply for:

• Advanced control panels
• Battery backup systems
• Audio-visual warning systems
• Fire alarm integration
• Daily-use motorised operation

These can add £500 – £2,000+ depending on specification.

What Affects Final Pricing

• Opening width and height
• Fire resistance period (60, 120, 240 minutes)
• Rigid vs flexible system
• Headroom and structural requirements
• Electrical integration and commissioning
• Site access and installation complexity

Getting an Accurate Quote

Because fire roller shutters must integrate with the building’s fire alarm system and comply with certified installation detail, a site survey is strongly recommended. Accurate measurements and review of the fire strategy ensure the correct fire rating, structural support, and control system are specified for full regulatory compliance.