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6 x 500 mm Fiberglass Strip Profiles – Advanced GFRP Construction Solution

Related solutions: Explore our pultruded FRP profiles, FRP rebar, pultrusion machines, pultrusion dies.

Strong, lightweight 6 x 500 mm fiberglass strip profiles engineered for demanding construction projects. These GFRP strips combine good durability with strong corrosion resistance, electrical insulation, and thermal stability from -40°C to +80°C. Suitable for chemical plants, marine environments, and electrical installations with a long service life.

Request a quote: Need this product for your project? Contact us for a quote – our engineering team can help with specifications, custom sizes, and bulk orders.

Description

Product Overview

Related solutions: Explore our pultruded FRP profiles, FRP rebar, pultrusion machines, pultrusion dies.

These strips are produced with the same pultrusion process as our fiberglass flat bar range, available in further widths and thicknesses.

Our quality 6 x 500 mm fiberglass strip profiles deliver good performance through Glass Fiber Reinforced Plastic (GFRP) technology. These lightweight yet robust construction materials combine good strength with good durability, making them suitable for modern construction challenges where traditional materials may not perform.

Material Comparison

Compare our fiberglass profiles with traditional construction materials:

PropertyFiberglassSteelAluminumWood
WeightLightweight (approximately 75% lighter than steel of equal cross-section)HeavyModerateLight
StrengthgoodgoodGoodVariable
Corrosion ResistanceGoodPoorModeratePoor
MaintenanceMinimalHighModerateHigh
Thermal InsulationgoodPoorModerateGood
Electrical InsulationgoodNoneNoneModerate
UV ResistancegoodModerateGoodPoor
Lifespanlong service life15-30 yearslong service life10-30 years
Processing EaseGoodDifficultModerategood

Key Benefits

Good Performance

  • Good Strength-to-Weight Ratio: Provides good strength and is approximately 75% lighter than steel of equal cross-section
  • Temperature Tolerance: Maintains properties from -40C to +80C
  • Dimensional Stability: Resists warping, stretching, or swelling under significant stress
  • Chemical Resistance: Resists many acids, alkalis, and harsh chemicals that can corrode metals

Economic Value

  • Installation Costs: Lightweight design can reduce installation labor
  • Transportation Expenses: Shipping costs can be lower than steel alternatives due to lighter weight
  • Low Maintenance: Save on maintenance costs over the product lifecycle
  • Long Service Life: Long service life can reduce replacement frequency

Environmental Benefits

  • Manufacturing: Produced through pultrusion processes
  • Reduced Carbon Footprint: Lower weight means less fuel consumption during transportation
  • Corrosion Treatments: Reduces need for toxic coatings or treatments
  • Recyclable: Can be repurposed or recycled through appropriate channels at end of service life

Technical Specifications

ParameterValueTesting Standard
Dimensions6 mm × 500 mmFactory Standard
Standard Length6 meters (custom lengths available)Factory Standard
Tensile Strength12,000 psiASTM D638
Flexural Strength20,000 psiASTM D790
Compressive Strength17,000 psiASTM D695
Specific Gravity1.5ASTM D792
Thermal Expansion10 × 10⁻⁶/°FASTM D696
Water Absorption<0.6%ASTM D570
Fire Ratinglow flame-spreadASTM E84
Electrical Resistance>10¹⁰ ΩASTM D257

Applications Guide

Our 6 × 500 mm fiberglass strips excel in these environments:

Industrial Applications

  • Chemical processing facilities
  • Water treatment plants
  • Food processing environments
  • Manufacturing facilities
  • Mining operations

Infrastructure Projects

  • Bridge components
  • Highway barriers
  • Railway systems
  • Marine structures
  • Utility poles

Specialized Uses

  • Solar panel mounting systems
  • Telecommunication equipment
  • Electrical isolation components
  • Agricultural structures
  • Architectural elements

Installation & Processing

Our fiberglass profiles can be processed using standard woodworking tools:

  • Cut with circular saws (carbide-tipped blades recommended)
  • Drill with standard bits (reduced speeds minimize heat buildup)
  • Join using mechanical fasteners or specialized adhesives
  • Sand with medium-grit sandpaper for smooth edges

Frequently Asked Questions

What makes fiberglass profiles better than steel?

Fiberglass profiles offer strong corrosion resistance, electrical insulation, and thermal properties while weighing only 25% of comparable steel sections. They require minimal maintenance and long service life in harsh environments.

How long will these fiberglass profiles last?

In typical applications, our fiberglass profiles have an expected long service life. Unlike metal alternatives that degrade through corrosion or wood that rots, fiberglass maintains its structural integrity with minimal deterioration over time.

Can I cut and drill these profiles on-site?

Yes! Our fiberglass profiles can be processed using standard tools. We recommend carbide-tipped saw blades and standard drill bits operated at moderate speeds to minimize heat buildup and ensure clean cuts.

Are these profiles suitable for outdoor use?

Absolutely. Our profiles feature UV inhibitors and are engineered to withstand outdoor conditions including temperatures, UV exposure, and moisture. They’re suitable for marine environments due to their good resistance to saltwater corrosion.

What safety precautions should I take when working with fiberglass?

Always wear protective gloves, eye protection, and a dust mask when cutting or drilling fiberglass. Work in well-ventilated areas and clean surfaces with a vacuum equipped with a HEPA filter rather than compressed air.

Do you offer custom sizes or colors?

Yes, we can manufacture custom dimensions and colors for larger orders. Lead time for custom profiles: contact us for current availability. Contact our technical team for specific requirements and minimum order quantities.

Why Choose Our Fiberglass Strip Profiles?

When you select our 6 × 500 mm fiberglass strip profiles, you’re investing in a solution that delivers immediate performance advantages and long-term value. With good durability, Low Maintenance requirements, and various application possibilities, these profiles provide a good balance of performance and cost-effectiveness for demanding projects. Ready to experience the advantages of advanced composite technology? Contact our technical specialists today for personalized guidance on implementing these composite materials in your next project.

Request a quote: Need this product for your project? Contact us for a quote – our engineering team can help with specifications, custom sizes, and bulk orders.

Looking Forward
Your Next Project!

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