Improves the anti-slip conditions on flooring surfaces
Ramp Cleat
Our FRP (Fibre Reinforced Polymer) anti-slip ramp cleats, also known as fibreglass ramp cleats, is slip-resistant, durable, and low-maintenance. It is ideal for inclined walkways in commercial and industrial applications, providing safety and compliance according to industry walkway standards.
Safety and Quality Above the Standard
What Sets us Apart
We are a New Zealand family-owned and operated company with a fully equipped workshop in the Bay of Plenty. We provide an in-house cutting service supported by advanced equipment and proven fabrication methods, and we can accommodate non-standard sizes and finishes when required. Our team is always ready with technical support and practical design guidance, and we maintain significant stock on-site to keep lead times short and projects moving.
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Production Oversight
Our products are produced exclusively through accredited manufacturing partners that operate under ISO 9001 quality systems. This gives us direct control over specifications, consistency, and traceability.
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Verified Testing and Compliance
Our products are independently tested and verified to recognised standards, supported by third-party laboratories and CPEng engineering where required, ensuring dependable performance.
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Environmental Responsibility
We are guided by ISO 14001:2015 environmental management principles to reduce waste, improve efficiencies, and minimise our operational impact.
Length: 3000 mm
External width: 50 mm
External depth: 14 mm
Thickness: 3 mm
Non-standard sizes are available.
Resin Systems
Our anti-slip ramp cleat profiles use a pultrusion process, ensuring consistent profile geometry, uniform resin distribution, and durable bonded grit surfaces.
Developed through more than a decade of refinement across resin chemistry, pigment stability, UV protection and manufacturing consistency, our resin platforms are engineered for long-term industrial performance in demanding environments.
- ISO-PLEX (Isophthalic Polyester Resin)
Developed for dependable all-round industrial performance, ISO-PLEX combines balanced resin chemistry, UV resistance, and moisture protection into a versatile FRP system designed for reliable structural performance and long-term visual consistency across outdoor and industrial applications.
Our Surface System
Ramp Cleat profiles are manufactured using a pultrusion process, ensuring consistent profile geometry, uniform resin distribution and long-term dimensional stability. Designed to improve traction on inclined walking surfaces and provide a durable anti-slip solution for ramps, walkways and access routes, each profile is supplied with our bonded CARBIX anti-slip surface.
Developed through years of real-world industrial application and refinement, our surface systems are designed to balance slip resistance, wear life and long-term durability.
- CARBIX Medium Grit
Applied directly to the pultruded substrate, CARBIX Medium Grit is our standard anti-slip surface system for Ramp Cleat profiles. Developed to maximise grit retention, wear life and long-term traction performance in demanding pedestrian, commercial and industrial environments. Typical grit sizes are approximately 600 μm (similar to P40 abrasive media), providing dependable slip resistance on inclined surfaces while maintaining long-term durability in exposed environments.
WATER ABSORPTION TESTING
Testing was carried out by SGS. in accordance with ASTM D570-22 on our moulded FRP products manufactured using ISO and VE resin systems.
Test Conditions:
Dried at 50 ± 2 °C for 24 h
Soaked in water at:
- 23 °C for 24 h
- 100 °C for 2 h
- 50 °C for 48 h
Measured Water Absorption (%):
| Condition | Sample A | Sample B | Assessment |
| 23 °C / 24 h | 0.17 % | 0.09 % | Excellent resistance – negligible absorption |
| 100 °C / 2 h | 0.49 % | 0.47 % | High stability – minimal uptake under heat |
| 50 °C / 48 h | 0.52 % | 0.71 % | Strong retention – remains below 1 % threshold |
Interpretation:
Results demonstrate consistently low water absorption across all temperature and duration tests, confirming a dense, well-cured laminate structure.
Moisture uptake remained below 1 %, supporting dimensional accuracy, mechanical reliability, and long-term surface integrity.
Performance levels are within the expected range for high-grade structural FRP composites and trend toward the lower end of typical absorption values, indicating slightly improved resistance compared with standard industry benchmarks.
LOW VOC PIGMENT
Our colour system utilises a polyester-based pigment dispersion that chemically bonds within the FRP matrix, rather than just coating it. This 100 % solids, low-VOC formulation delivers cleaner processing, longer-lasting colour, and superior UV stability compared to solvent-borne alternatives. It’s a smarter, more sustainable way to colour FRP.
ELECTRICAL INSULATION TESTING
Testing was carried out by SGS in accordance with ASTM D495-22 and ASTM D149-20 on our FRP moulded products manufactured using ISO and VE resin systems.
Test Conditions:
- Dry Arc Resistance (ASTM D495-22)
• Arcing voltage: 12.5 kV • Electrode gap: 6.35 mm • Environment: 23 °C / 50 % RH - Dielectric Breakdown (ASTM D149-20)
• Transformer oil medium • Voltage rise: 3000 V/s • Frequency: 50 Hz
Measured Electrical Performance:
| Property | Sample A (ISO resin) | Sample B (VE resin) | Assessment |
| Arc Resistance Time (s) | 182.5 s | 146.2 s | Excellent surface insulation – high resistance to tracking |
| Dielectric Strength (kV/mm) | 15.6 kV/mm | 12.5 kV/mm | Strong electrical barrier – stable under high voltage |
Interpretation:
Results confirm both resin systems deliver high-grade electrical insulation consistent with the requirements of ASTM D495 and D149.
The ISO-resin laminate achieved the highest overall performance, showing extended arc-resistance duration and greater dielectric strength, indicating a dense, well-cross-linked matrix with minimal conductive pathways.
The VE-resin laminate also exhibited strong insulating capability, remaining well within the range expected for premium structural FRP composites.
Electrical performance across both systems supports their suitability for installations requiring high-voltage isolation, reduced surface tracking, and long-term reliability in wet or industrial environments.
Available Colours
Colza Yellow RAL 1021
The examples shown are of colours typically stocked; other colours are available upon request.
Why Choose FRP Ltd
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NZ Family-Owned and Operated
We understand what matters to you as a proudly NZ family-owned and operated business. We're dedicated to providing reliable, locally supported solutions that meet the needs of New Zealand industries.
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Expertise and Quality
We offer our customers premium products that adhere to industry standards, ensuring durability and reliability.
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Competitive Pricing
We deliver exceptional value by combining high-quality materials with cost-effective pricing, ensuring you receive the best products at a reasonable cost.
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Proven Track Record
We are proud to have built a reputation nationwide and across industries for delivering reliable product solutions that meet and exceed customer expectations.
Have a Question? Get Product Advice.
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