Fiberglass Light Pole
Fiberglass Light Pole
Fiberglass light pole is a structural support system for outdoor luminaires, made from fiberglass reinforced plastic (FRP/GRP). It is used in street lighting, industrial yards, ports, and other outdoor infrastructure where corrosion resistance and lighter weight are beneficial. Pole height, wall thickness, mounting type, and bracket configuration are specified per project. Structural performance depends on wind load, fixture weight, and installation conditions.
A fiberglass light pole is a vertical structural support composed of glass fiber reinforcement and a thermosetting resin matrix. It is designed to hold outdoor lighting fixtures in public, commercial, and industrial settings. The pole can be configured with different heights, wall thicknesses, mounting bases, and arm designs based on project requirements.
The pole body is composed of glass fiber reinforcement embedded in a thermosetting resin matrix. The resin system is selected based on the expected exposure to UV radiation, moisture, salt air, and industrial chemicals. Wall thickness and laminate design are determined by the required wind load capacity, fixture weight, and installation method.
Resin options commonly include polyester and vinyl ester systems. UV-stabilized formulations may be available for outdoor applications where prolonged sunlight exposure is expected. If specific fire performance is required, indicate the relevant standard during inquiry so that the appropriate resin system can be selected.
Field cutting or drilling of FRP poles may expose glass fibers and affect surface protection. Any field modifications should be sealed with a compatible resin to maintain the pole's protective properties. Performance in mixed chemical environments or cycling temperatures should be evaluated based on actual project conditions.
Fiberglass light poles are commonly used in outdoor lighting applications where corrosion resistance, lighter weight, or electrical non-conductivity are priorities. Typical application environments include:
These applications reflect general industry usage of FRP light poles. Actual suitability for a specific project depends on wind load requirements, environmental exposure, and local installation codes.
No standard or published load capacity values are provided for this product. The allowable wind load and fixture weight for any given pole configuration depend on:
Any load values presented in project documentation apply only to the analyzed configuration and the governing design conditions. Results from one project should not be extrapolated to different pole heights, wall thicknesses, or mounting arrangements.
Several variables should be evaluated when specifying a fiberglass light pole:
Structural performance is configuration dependent and must be verified for the selected pole specification. Engineering calculations are required for specific applications.
The table below lists general product attributes. Specific values, dimensions, and performance characteristics are configuration dependent and should be confirmed for the intended application.
| Attribute | Notes |
|---|---|
| Material | Fiberglass Reinforced Plastic (FRP/GRP) |
| Pole Height | Project-specified; may be limited by transport and handling constraints |
| Wall Thickness | Project-specified; selected based on wind load and fixture weight |
| Mounting Options | Flange base or embedded foundation type |
| Color Options | Gray, white, and custom colors may be available, subject to resin system |
| UV Protection | UV-stabilized resin formulations may be available for outdoor use |
| Load Capacity | Configuration dependent; determined by height, wall thickness, and mounting method |
| Electrical Insulation | FRP is generally non-conductive; actual properties vary with resin and additives |
No numerical performance data or compliance certifications are provided on this page. For project-specific technical data, structural calculations, or wind load documentation, submit a Technical Data Request.
Structural design of FRP light poles may reference applicable standards and codes, depending on the project location and governing authority. Commonly cited references include:
Reference to any standard does not imply certification or compliance unless explicitly stated in project documentation. The specific standard edition, test conditions, and acceptance criteria are determined by the project's governing code and specifications.
Wind load capacity depends on pole height, wall thickness, resin system, and mounting method. Engineering calculations based on the project's wind load code are required to confirm suitability for a specific location.
FRP material generally resists salt air and humidity. The corrosion resistance depends on the resin system selected. For coastal installations, a vinyl ester resin may be recommended. Provide the specific environmental conditions for resin selection.
Pole height, wall thickness, mounting type, arm configuration, and cable entry details may be customized based on project drawings. Custom configurations are subject to order review and production feasibility.
Maintenance requirements depend on the operating environment and the resin system. FRP poles may require less corrosion-related maintenance compared to metal poles in certain environments, but a specific maintenance schedule should be determined based on the actual conditions.
Fiberglass light poles are typically installed as part of a complete outdoor lighting system. Common related components include:
For compatible products and system-level recommendations, contact our engineering team with your project requirements.
For technical data requests, wind load calculations, or project-specific drawings, please submit a Technical Data Request through our contact form. Provide the following information to help our team prepare a tailored response: