Fiberglass hollow core panel is a lightweight composite panel made from fiberglass reinforced plastic (FRP/GRP) with an internal hollow core cross-section. It is used in industrial, marine, and construction applications where weight reduction and corrosion resistance are required. Performance depends on panel dimensions, core configuration, resin system, and support conditions.
Product Definition
Fiberglass hollow core panel is a composite panel produced from fiberglass reinforced plastic (FRP/GRP) and formed with an internal hollow core cross-section. The hollow core reduces overall panel weight while maintaining a rigid, flat surface for structural and non-structural applications. The panel is supplied in standard and custom dimensions for use in flooring, cladding, platforms, and modular systems.
- Manufactured from glass fiber reinforcement and thermosetting resin.
- Formed with an internal hollow core cross-section to reduce weight.
- Available in standard and custom panel sizes based on project requirements.
Material & Construction
The panel is made from fiberglass reinforced plastic, combining glass fiber reinforcement with a thermosetting resin matrix. The hollow core cross-section is integrated into the panel design to reduce weight while contributing to stiffness. Panel dimensions and wall thickness are determined by expected loads and support conditions.
Resin system selection depends on chemical exposure, service temperature, and UV conditions. Standard resin options may include isophthalic polyester and vinyl ester, depending on project requirements. Flame-retardant resin formulations may be supplied for applications requiring specific fire performance.
The panel surface can be supplied with a smooth or textured finish, depending on application requirements. Custom dimensions and cross-sections are available subject to manufacturing capabilities.
Applications
FRP hollow core panels are commonly used in environments where lightweight construction and corrosion resistance are priorities. Typical application areas include:
- Industrial flooring and platform systems
- Building cladding and modular construction
- Marine and offshore structures
- Chemical processing facilities
- Transportation and infrastructure components
These applications represent common industry uses of FRP composite panels. Actual suitability depends on load requirements, environmental exposure, and applicable building codes.
Selection Considerations
Several variables should be evaluated when specifying a fiberglass hollow core panel:
- Panel dimensions and span: Selected based on expected load and support spacing.
- Hollow core configuration: Internal channel size and wall thickness affect panel weight, stiffness, and insulation properties.
- Resin system: Determines chemical resistance, UV stability, and service temperature range.
- Surface finish: Smooth or textured surface selected for slip resistance, cleanability, or aesthetic requirements.
- Edge details: Panel edges may require sealing or framing depending on the application and exposure conditions.
Mechanical properties and load ratings are configuration dependent and must be verified for the selected panel specification.
Technical Specifications
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 | Typical Scope / Options | Notes |
|---|---|---|
| Material | Fiberglass Reinforced Plastic (FRP/GRP) | Resin system selected based on application |
| Panel structure | Hollow core cross-section | Internal channel configuration per project |
| Panel dimensions | Standard and custom sizes | Subject to project requirements |
| Panel thickness | Configuration dependent | Selected based on span and load |
| Surface finish | Smooth or textured | Optional gel coat available |
| Color options | Standard and custom colors | Color may vary by resin and pigment |
| Load capacity | Configuration dependent | Depends on cross-section, span, and support conditions |
| Temperature performance | Varies by resin system | Requires project-specific evaluation |
No numerical performance data or compliance certifications are provided on this page. For project-specific technical data or structural calculations, submit a Technical Data Request.
Frequently Asked Questions
What is the weight of fiberglass hollow core panels compared to solid FRP panels?
Hollow core panels are generally lighter than solid FRP panels of equivalent thickness. Actual weight depends on cross-section design, wall thickness, and panel dimensions. Weight per unit area should be confirmed for the selected specification.
Can these panels be used for outdoor applications?
FRP panels can be used outdoors when the resin system and surface treatment are selected for UV exposure. Weathering performance depends on the specific resin formulation and protective coatings applied.
Are custom sizes and cross-sections available?
Panel dimensions and cross-section configurations can be customized based on project requirements. Custom configurations are subject to order review and manufacturing feasibility.
How are the panels installed?
Installation methods depend on the application and supporting structure. Panels may be mechanically fastened, set into framing systems, or joined using compatible adhesives. Edge sealing may be required in certain environments. Installation details should be confirmed for the specific project.
Are fiberglass hollow core panels fire resistant?
Fire performance depends on the resin system and panel construction. Flame-retardant resin formulations may be available for projects with specific fire rating requirements. Compliance with fire safety standards should be evaluated for the intended application.
Technical Data Request
This product is available for project-based sourcing. Panel dimensions, cross-section configuration, resin selection, and surface finishes can be reviewed based on technical requirements.
For specific technical data, structural calculations, or application evaluation, submit a Technical Data Request through the inquiry form. HotFRP can provide project-specific recommendations based on the intended operating environment.