ISO/IEC 17025:2017 compliance documentCertificate INISO/IEC/AN-21610/1/0226Issued to Credific Ventures Pvt. Ltd. · Brand RebarXUTM self-test records · 8 mm and 10 mm · 27 Jan 2026Made in India
Composite reinforcement for demanding concrete

Reinforcement
engineered beyond rust.

GFRP rebar for infrastructure teams designing around corrosion, weight and long-term exposure—not yesterday’s defaults.

~75%lighter than steel
0electrochemical rust
100%non-magnetic material
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Corrosion resistantLightweightNon-magneticElectrically non-conductiveProject-led supply
01
The reinforcement rethink

What if the most expensive part of reinforcement is what happens after installation?

Corrosion is rarely visible at procurement. It appears later—in cracking, spalling, shutdowns and repair cycles. SGF helps teams evaluate a composite alternative around the actual exposure and design requirement.

Understand the material
Engineered difference

Four properties. One different design conversation.

Hover or tap to examine what changes when steel is removed from the material system.

SGFGFRPreinforcement
No rustCorrosion
~¼ weightHandling
ResilientExposure
Non-magneticSpecialist use

Properties are material-level descriptors. Structural values and project suitability must be confirmed from current technical documentation.

Interactive material decision

Move from first cost to whole-life thinking.

Drag the timeline. As exposure and service expectations increase, corrosion risk can change the value equation.

10 years100 years
68year horizon
Corrosion exposure
GFRP rust risk
Conceptual decision aid—not a structural or financial calculation.
Product systems

Start with the structural need.

Two product families, coordinated against the project’s design, geometry and programme.

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Straight GFRP rebars01
Pultruded reinforcement

Straight GFRP rebars

Pultruded, sand-coated reinforcement for concrete structures where corrosion resistance and low weight matter.

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Bent GFRP elements02
Project-specific geometry

Bent GFRP elements

Project-led shapes for corners, links and structural detailing, developed against confirmed drawings and requirements.

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Explore by exposure

Where does your concrete have to perform?

Select an environment to see why material properties matter there.

Marine GFRP reinforcement application
01 / 04

Design beyond the salt line.

For seawalls, jetties and coastal concrete where chloride exposure makes corrosion a structural concern.

No electrochemical rustExplore application
Quality evidence

Certification language should create confidence—not confusion.

SGF makes supporting documents available for technical review and describes each document within its actual scope. BIS, NABL or other certification claims will appear only after the applicable licence and scope are verified.

Review quality approach
Test documentationAvailable for project review
Traceable interpretationSample, method and scope matter
Standards-aware responseAligned to stated project requirements
Certification and licence wording remains subject to client documentary approval.
From question to supply

A clearer path to the right reinforcement.

01

Share exposure

Tell us where and how the concrete will work.

02

Confirm engineering

Review drawings, standards and required values.

03

Define supply

Coordinate diameters, shapes, quantities and programme.

04

Document & deliver

Prepare the approved technical and commercial package.

Build for the exposure

Let’s review your reinforcement requirement.

Share your drawings, quantities or application. Our team will help define the right next step.

Start a project