GRP Fire Escape Stairs For Commercial, Industrial & Public Buildings
External fire escape stairs are designed to provide a permanent means of escape from upper floors where an alternative evacuation route is required. Every installation is developed around the layout of the building, available space and the proposed escape route, ensuring the completed staircase integrates with the overall building design.
Depending on the project, systems can incorporate intermediate landings, escape platforms, handrails and supporting steelwork to create a complete external escape structure suitable for new-build and refurbishment projects.
Typical Applications
Commercial Buildings
External escape routes for offices and commercial premises.
Warehouses & Distribution Centres
Emergency egress from mezzanine floors and operational buildings.
Manufacturing Facilities
Safe evacuation routes for industrial and production environments.
Schools & Educational Buildings
External fire escape systems for educational facilities.
Healthcare Facilities
Fire escape structures for hospitals, clinics and healthcare environments.
Public Buildings
Emergency escape routes for community and public sector facilities.
Fire escape stair systems can be integrated with walkways, escape platforms and evacuation routes to support safe building egress.
Why GRP Is Specified
Material selection plays an important role in the long-term performance of external fire escape structures. Permanently exposed to weather, moisture and changing environmental conditions, fire escape stairs must provide reliable access while requiring minimal ongoing maintenance throughout their service life.
Unlike traditional steel staircases, GRP does not rust or require protective coatings, helping reduce long-term maintenance requirements. Its lightweight construction can also simplify transportation and installation, particularly where access around existing buildings is restricted.
Slip-resistant stair treads, corrosion resistance and long-term durability make GRP a practical material for external fire escape stairs serving commercial, industrial and public sector buildings.
Typical Configurations
Configuration Type | Typical Application |
|---|---|
| Straight Flight | Single level escape routes |
| Multi-Flight | Multi-storey buildings |
| Intermediate Landings | Changes in direction and rest points |
| Platform Integrated | Connections to escape routes |
| External Access Structures | Building perimeter installations |
| Bespoke Configurations | Project-specific requirements |
Fire Escape Stair Design Considerations
Design Consideration | Typical Requirement |
|---|---|
| Building Height | Project Specific |
| Number Of Occupants | Project Specific |
| Escape Route Layout | Single or Multiple Routes |
| Stair Configuration | Straight or Multi-Flight |
| Landing Requirements | Project Specific |
| External Environment | Urban, Industrial or Coastal |
The final design is determined by the operational requirements and layout of the building.
GRP vs Traditional Steel Fire Escapes
Feature | GRP Fire Escape Stairs | Traditional Steel Fire Escapes |
|---|---|---|
| Corrosion Resistance | Excellent | Requires protective coatings |
| Maintenance Requirements | Low | Ongoing maintenance required |
| Slip Resistance | Integrated options available | Additional treatments often required |
| Weight | Lightweight | Significantly heavier |
| External Performance | Excellent | Susceptible to corrosion |
| Lifecycle Costs | Lower long-term costs | Higher maintenance expenditure |
For many projects, GRP provides a practical alternative where long-term durability and reduced maintenance requirements are important considerations.
GRP Fire Escape Stair FAQs
Yes. Fire escape stairs are frequently installed as part of refurbishment and building upgrade projects. Each staircase is designed around the existing structure, available space and proposed escape route to integrate with the building as efficiently as possible.
Yes. Every building presents different layout challenges, and fire escape stairs can be configured to suit restricted footprints, changes in level and other site constraints. Straight flights, multi-flight arrangements and intermediate landings can all be incorporated where required.
Not always. The requirement for intermediate landings depends on factors such as the overall height of the staircase, the building layout and the proposed escape route. Each project is assessed individually to determine the most appropriate configuration.
Yes. Many fire escape stair projects include purpose-designed supporting steelwork to suit the building and staircase configuration. The structural arrangement depends on the project requirements and the existing building structure.
Yes. GRP performs well in coastal and exposed environments where steel structures may be vulnerable to corrosion. Its resistance to moisture and salt-laden conditions makes it a practical material for long-term external installations.
Yes. Fire escape stair systems can be designed to connect with existing escape doors, landings, walkways and evacuation routes, allowing the new staircase to integrate with the overall means of escape for the building.
Yes. Complete systems can include stair flights, intermediate landings, handrails, access platforms, supporting steelwork and all associated components required for the finished installation.
The design process typically requires information such as the building layout, escape route location, floor heights, available installation space and any existing drawings or photographs. This allows the staircase to be designed around the specific requirements of the project.
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