What Are the Available Thicknesses (Diameters) of FGC Rebar?

When planning any construction project, selecting the right reinforcement material is critical to the structure’s strength, durability, and long-term performance. One of the most innovative and efficient options in modern construction is Fiberglass Composite Rebar (FGC Rebar) — a corrosion-resistant, lightweight alternative to traditional steel rebar.

A common question we often get is:
“What sizes or diameters does FGC Rebar come in?”
Let’s break it down clearly for you.

 Standard Diameters of FGC Rebar

At Shinestar, our FGC Rebar is available in a range of standard diameters, making it suitable for various structural applications — from slabs and beams to foundations and marine structures.

Here are the most common FGC Rebar sizes we offer:

  • 4 mm
  • 6 mm
  • 8 mm
  • 10 mm
  • 12 mm
  • 16 mm
  • 20 mm
  • 25 mm
  • 32 mm
    These diameters ensure flexibility for both light-duty and heavy-duty construction needs.

 Length Options: Straight Bars and Rolls

FGC Rebar is available in both straight bar and coil (roll) form, depending on the diameter:

🔹 Coil Form (Rolls):
  • Typically available in smaller diameters (4 mm to 12 mm)
  • Standard roll lengths can vary depending on project requirements
  • Coils are ideal for easy transport, handling, and reduced site wastage
🔹 Straight Bar Form:
  • Suitable for larger diameters (10 mm to 32 mm)
  • Common lengths: 6 meters, 9 meters, or customized as per order

 How to Choose the Right Diameter?

The choice of FGC Rebar diameter depends on several factors:

  • Load requirements
  • Structural application (e.g., slab vs. column)
  • Site conditions
  • Project-specific design standards

For example:

  • 4–8 mm: Ideal for light-duty slabs, precast panels, or fencing
  • 10–16 mm: Common in beams, slabs, and footings
  • 20 mm and above: Used for heavy load-bearing structures and infrastructure

 Why Use FGC Rebar?

In addition to the variety of diameters, FGC Rebar offers:

  • Corrosion resistance (no rusting)
  • High tensile strength
  • Lightweight handling
  • Electrical and thermal insulation

These advantages make it an excellent choice for coastal, chemical, or long-life projects where durability matters most.

 

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