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ESA GRATING

FRP profiles equal angle/ round tube/ square tube sold by per meter

FRP profiles equal angle/ round tube/ square tube sold by per meter

Regular price $13.00 AUD
Regular price Sale price $13.00 AUD
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Product Description:

Premium FRP Structural Profiles – Industrial-Grade Composite Solutions

Our advanced Fiber Reinforced Polymer (FRP) structural profiles represent the pinnacle of modern composite engineering. Manufactured using high-quality polyester or ISO resin matrices reinforced with continuous glass fibers, these profiles deliver uncompromising performance in the most demanding industrial environments.

Product Specifications & Dimensions:

Equal Angle Profiles:

• 50×50×6mm (Dark Grey RAL7021) – Ideal for light to medium structural applications

• 76×76×10mm (Dark Grey RAL7021) – Heavy-duty structural support and load-bearing applications

• Custom sizes available upon request | Standard length: 6 meters | Custom cutting services provided

Round Tube Profiles:

• 38.1×6.6mm (Yellow RAL1023) – Lightweight piping and framework applications

• 51.8×6.6mm (Yellow RAL1023) – Enhanced load capacity for structural frameworks

• Standard length: 6 meters | Precision cutting and drilling available

Square Tube Profiles:

• 38×38×7mm (Yellow RAL1023) – Versatile structural and architectural applications

• 50×50×3.5mm (Yellow RAL1023) – Lightweight construction with excellent rigidity

• Standard length: 6 meters | Custom configurations available

Material Properties & Technical Parameters:

Density: 1.8-2.0 g/cm³ (approximately 1/4 the weight of steel)

Tensile Strength: 200-300 MPa (comparable to aluminum alloys)

Flexural Strength: 250-350 MPa (superior rigidity-to-weight ratio)

Modulus of Elasticity: 10-15 GPa (excellent dimensional stability)

Coefficient of Thermal Expansion: 20-30 ppm/°C (minimal thermal distortion)

Operating Temperature Range: -40°C to +80°C (standard grade) | Extended range available

Superior Performance Advantages:

1. Exceptional Corrosion Resistance

• Completely immune to rust and oxidation – no protective coatings required

• Withstands aggressive chemical exposure: acids, alkalis, solvents, and industrial pollutants

• Ideal for saltwater, marine, and coastal environments without degradation

• Maintains structural integrity in chemical processing plants and treatment facilities

2. Lightweight & High-Strength Design

• Strength-to-weight ratio superior to aluminum and comparable to steel

• Reduces installation labor costs and equipment requirements

• Minimizes structural load requirements and foundation costs

• Easier handling and transportation compared to traditional materials

3. Extended Service Life & Durability

• UV-stabilized formulation resists weathering and UV degradation

• No rust, rot, or biological growth – maintenance-free operation

• Lifespan exceeding 50+ years in typical industrial applications

• Retains mechanical properties throughout service life

4. Non-Conductive & Non-Magnetic Properties

• Electrically non-conductive – safe for electrical and RF applications

• Non-magnetic – ideal for sensitive electronic equipment and MRI facilities

• Eliminates electromagnetic interference (EMI) concerns

• Perfect for telecommunications, aerospace, and medical device applications

5. Cost-Effective Lifecycle Economics

• Minimal maintenance requirements – no painting, coating, or corrosion treatment

• Reduced downtime and operational disruptions

• Lower total cost of ownership compared to steel or stainless steel alternatives

• Excellent return on investment over extended service periods

Diverse Industrial Applications:

Chemical Processing: Piping systems, structural supports, equipment frames

Marine & Offshore: Dock structures, railings, cable trays, subsea applications

Water Treatment: Grating, walkways, tank supports, filtration systems

Power Generation: Cooling tower components, electrical enclosures, structural frameworks

Manufacturing & Industrial: Machine guards, platforms, conveyors, structural reinforcement

Infrastructure: Bridge components, utility poles, architectural cladding, environmental barriers

Telecommunications: Antenna supports, cable trays, equipment mounting structures

Food & Beverage: Processing equipment, hygienic frameworks, corrosion-resistant supports

Installation & Maintenance Characteristics:

Easy Installation: Lightweight design enables faster assembly and reduced labor costs

Flexible Joining Methods: Bolted connections, adhesive bonding, or mechanical fastening options

Minimal Maintenance: No painting, coating, or protective treatments required

Predictable Performance: Consistent material properties ensure reliable long-term operation

Environmental Compliance: Non-toxic, recyclable, and environmentally sustainable material

Why Choose Our FRP Profiles?

We deliver premium-grade FRP structural profiles engineered to the highest standards. Our products combine superior material quality, precise manufacturing tolerances, and comprehensive technical support to ensure optimal performance in your most critical applications. Whether you require standard specifications or custom solutions, our team is committed to providing reliable, cost-effective composite materials that exceed industry expectations.

  • FRP Equal Angle Detailed Application
  • FRP Round Tube Handrail connector fixing
  • FRP Square Tube Platform structural frame

Frequently Asked Questions

How strong is FRP grating?

Fibergrate FRP has a high strength-to-weight ratio when compared to traditional materials like metal, concrete and wood. FRP gratings can even be strong enough to carry vehicular loads while weighing less than steel gratings.

Is FRP stronger than steel?

Glass FRP's strength-to-weight ratio is superior when compared to steel and aluminum but doesn't rank as high for stiffness-to-weight ratios. To meet stiffness requirements, CCG uses thicker glass fiber while retaining lighter part weight.

 Which are the factors that influence properties of FRP?

Mechanical properties of FRP composites depend on the proportion of fibers and matrix materials, manufacturing methods, mechanical characteristics for constituent materials, and orientation of fibers through matrix.

Mainly raw material include

  • Resin (corrosion resistance, hardness) Type: Ortho/ Iso / Iso food grade/ Vinylester/ Phenolic
  • Glass fiber yarn (reinforced material, strength) Type: A-glass C-    glass and E-glass
  • Curing agent
  • Accelerant
  • Filler Type: Aluminum hydroxide/ Calcium carbonate/ No filler(pure resin)