FRP Kick Plates - Premium Fiberglass Safety Solutions
What Are FRP Kick Plates?
FRP (Fiberglass Reinforced Plastic) kick plates are safety barriers installed on elevated platforms, walkways, and guardrail systems. Their primary purpose is to help prevent tools, debris, and objects from falling off platforms, protecting workers below and supporting workplace safety compliance.
Key Advantages of FRP Kick Plates
Material Properties
Lightweight yet Strong: Approximately 30% lighter than aluminum with strong structural performance.
Corrosion Resistant: Good resistance to chemicals, salt water, and harsh weather.
Electrical Insulation: Non-conductive material supports electrical safety.
Long Service Life: Can provide long-term performance with minimal maintenance in suitable environments.
UV & Fire Options: UV-stable and fire-retardant options are available for indoor and outdoor applications.
Installation & Maintenance
Lightweight design can reduce installation time and handling costs.
Compatible with standard mounting systems.
No painting or coating required in many applications.
Simple cleaning with standard industrial cleaners.
Available Types & Profiles
M-Shaped Kick Plates
The M-profile provides rigid structural performance and is suitable for handrails and locations requiring additional stiffness.
W-Shaped Kick Plates
The W-profile offers strong impact resistance for heavy-duty industrial platforms.
Flat Profile Kick Plates
Standard straight design suitable for general edge protection applications and straightforward installation.
Anti-Slip Surface Options
Textured gritted surfaces are available to improve slip resistance in areas where traction is important.
Technical Specifications
Dimension
Standard Options
Custom Available
Width
100mm, 150mm
Up to 300mm
Thickness
3mm, 4mm
2mm – 8mm
Length
6 meters standard
Custom lengths
Colors
Yellow, Grey, Green
RAL color range
Common Applications
Industrial Settings:
Chemical plants and processing facilities
Wastewater treatment plants
Manufacturing platforms and catwalks
Power generation facilities
Infrastructure Projects:
Railway platforms and bridges
Pedestrian walkways
Marine and offshore installations
Public building access systems
For related structural FRP solutions, explore our pultruded FRP profiles and FRP rebar products.
Safety Compliance
FRP kick plates can be designed to align with common safety requirements:
OSHA Requirements for falling-object protection systems
BS EN 13706 European standards for pultruded profiles
Fire Safety certifications available on request
Quality Assurance through documented manufacturing controls
Why Choose FRP Over Traditional Materials?
Compared to Steel: Lighter weight, no rusting, electrical insulation.
Compared to Aluminum: Better chemical resistance in many environments.
Compared to Wood: No rot or warping, minimal maintenance.
Compared to Plastic: Higher strength, better UV stability, longer service life in demanding applications.
Manufacturing Process
Our kick plates are produced using pultrusion equipment and pultrusion dies, where continuous fiberglass fibers are pulled through resin baths and shaped in heated dies. This process helps produce:
Consistent high-strength profiles
Uniform quality throughout the length
Customizable shapes and colors
Controlled fiber-to-resin ratios
Related Capabilities
Pultruded FRP profiles
FRP rebar
Pultrusion machines
Pultrusion dies
Need edge protection for your platform or walkway? Contact our team for a quote and technical guidance.
FAQ
What are FRP kick plates used for?
FRP kick plates are installed on elevated platforms, walkways, stair systems, and guardrails to help prevent tools, debris, and loose materials from falling to lower levels. They are commonly used in industrial and infrastructure environments where edge protection and worker safety are important.
What are the advantages of FRP kick plates over metal alternatives?
Compared with traditional steel or aluminum kick plates, FRP kick plates are lightweight, corrosion resistant, non-conductive, and low maintenance. They are especially suitable for chemical plants, wastewater facilities, marine environments, and other locations exposed to moisture, salt, or aggressive chemicals.
Do FRP kick plates meet OSHA toeboard requirements?
FRP kick plates can be specified for applications that need to meet OSHA falling-object protection requirements. OSHA states that a toeboard should have a minimum vertical height of 3.5 inches, no more than a 0.25-inch clearance above the walking-working surface, and the ability to withstand at least 50 pounds of force applied in a downward or outward direction.
What sizes are available for FRP kick plates?
Standard FRP kick plate options typically include widths of 100 mm and 150 mm, thicknesses of 3 mm and 4 mm, and standard lengths of 6 meters. Custom widths, thicknesses, and lengths can also be produced to match project requirements.
Can FRP kick plates be customized?
Yes. Custom manufacturing options are available for dimensions, profile types, colors, and project-specific requirements. This makes FRP kick plates suitable for both standard industrial installations and specialized applications.
Where are FRP kick plates commonly used?
FRP kick plates are widely used in chemical processing plants, wastewater treatment facilities, power stations, manufacturing platforms, marine and offshore projects, railway platforms, pedestrian walkways, and public access structures. They are a practical choice anywhere long-term corrosion resistance and reliable edge protection are needed.
Are FRP kick plates suitable for outdoor and corrosive environments?
Yes. FRP kick plates are designed to perform well in harsh indoor and outdoor conditions because they resist corrosion, moisture, salt exposure, and many chemicals. They also require less maintenance than painted steel or untreated metal products in demanding environments.
How are FRP kick plates installed?
FRP kick plates are typically installed using compatible mounting hardware and support systems based on the platform or guardrail design. The exact installation method depends on the profile, dimensions, and project conditions, so technical guidance and specification support are recommended for the best fit.
