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FRP pipes/tanks/towers/profiles/grating

Fiberglass Reinforced Polymer (FRP) Rebar: The Next-Generation Construction Solution

As a leading Chinese manufacturer and exporter of Fiberglass Reinforced Polymer (FRP) Rebar, we are dedicated to providing the global construction industry with innovative, durable, and sustainable reinforcement solutions. Our FRP Rebar represents a significant advancement over traditional steel rebar, offering superior performance in a wide range of applications.

Advanced Production Process

Our FRP Rebar is manufactured using a sophisticated pultrusion process, ensuring consistent quality and high mechanical properties.

Material Preparation

High-strength E-glass fibers are carefully selected and impregnated with a thermosetting resin matrix, typically vinyl ester or epoxy.

The impregnated fibers are pulled through a heated die, which shapes the material and initiates the curing process. This continuous process ensures uniform cross-sectional dimensions and fiber distribution.

The shaped profile undergoes further curing in an oven to achieve full polymerization, resulting in a rigid and strong composite material.

The cured rebar is cut to the required lengths and finished with threaded ends or other mechanical anchorage systems as specified by the customer.

This automated and tightly controlled process guarantees that every meter of our FRP Rebar meets the highest international standards for quality and performance.

Superior Product Performance

Our FRP Rebar offers a compelling set of advantages over conventional steel rebar:

PropertyFRP RebarSteel Rebar
Corrosion ResistanceExceptional. Unaffected by chlorides, acids, and alkalis.Poor. Prone to rust, especially in harsh environments.
Strength-to-Weight RatioHigh. Tensile strength comparable to steel, but only 1/4 the weight.Moderate. High strength but very heavy.
Magnetic PermeabilityNon-magnetic. Ideal for MRI rooms and sensitive equipment areas.Magnetic. Can interfere with electronic equipment.
Thermal ConductivityLow. Reduces thermal bridging and energy loss.High. Contributes to thermal bridging.
Fatigue ResistanceExcellent. Maintains strength under cyclic loading.Good, but can fail due to fatigue over time.
Electrical ConductivityNon-conductive. Eliminates the risk of stray currents.Conductive. Can cause electrolysis and interference.
These properties make our FRP Rebar an ideal choice for projects where durability, weight reduction, and resistance to harsh conditions are paramount.

Diverse Product Applications

The versatility of our FRP Rebar makes it suitable for a broad spectrum of construction projects worldwide:
  • Marine Structures: Bridges, piers, jetties, and seawalls benefit greatly from FRP Rebar’s immunity to saltwater corrosion.
  • Infrastructure: Highways, bridges, and tunnels, especially in areas de-iced with salt, are protected from rebar corrosion and subsequent concrete spalling.
  • Industrial Environments: Floors, tanks, and structural elements in chemical plants, wastewater treatment facilities, and pulp and paper mills resist chemical attack.
  • Architectural Concrete: Facades, precast panels, and decorative elements gain design freedom due to the lightweight nature and non-corrosive properties of FRP Rebar.
  • Transportation: Parking garages, airport runways, and railway components are reinforced to withstand heavy loads and de-icing salts without degradation.
  • Renewable Energy: FRP Rebar is used in the foundations of wind turbines and solar panel mounting structures, offering long-term reliability in exposed environments.
FRP Rebar
12/29/2025

Why choose our FRP Rebar?

By choosing our FRP Rebar, you are not only selecting a high-performance product but also investing in the longevity and sustainability of your construction projects. Contact us today to learn how our innovative solutions can meet your specific needs.

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Contact Person

Selina Zhang
86-15075823759
Don’t hesitate to contact us
Email Address
info@jzgude.net

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