🏭 Fábrica Próximamente — Playas de Rosarito

Varilla GFRP de Fibra de Vidrio para Baja California

Estamos abriendo una fábrica de varilla GFRP en Playas de Rosarito — 4× más ligera, 3× más resistente, 100% anticorrosión. Registra tu interés para ser el primero cuando lancemos.

Registra Tu Interés → Conoce el GFRP
4×
Lighter than steel
2.4×
Stronger in tension
100%
Corrosion-proof
⚖️
Ultra Lightweight
70% lighter — workers carry by hand, no crane needed
0.25 kg/m
💪
Superior Tensile Strength
1,000 MPa vs 420 MPa for steel Grade 60
1,000 MPa
🛡️
100% Corrosion-Proof
Immune to chloride & CO₂ — perfect for Baja California's coast
100-yr life
⚡
Non-Conductive
Electrically & thermally inert — essential for sensitive structures
ACI 440
Why GFRP?

The Clear Advantage Over Steel Rebar

Engineered to outperform steel — from Rosarito's oceanfront to Mexicali's desert, proven across USA, Canada, and Saudi Arabia.

⚖️
4×
Lighter than steel
At only 0.25 kg/m, workers carry bundles by hand — no crane needed. Every delivery weighs 70% less.
💪
2.4×
Stronger in tension
Tensile strength of ~1,000 MPa vs. 420 MPa for Grade 60 steel, plus 20× greater fatigue resistance.
🛡️
∞
Corrosion-Proof
Immune to chloride and carbonation corrosion. After 25 years in bridges, GFRP bars retain near-original properties.
💰
45%
30-Year Cost Savings
30-year lifecycle: GFRP $1.26M vs. steel $2.29M. Saudi Aramco documented 21% direct cost savings.
⚡
0
Electrical Conductivity
Electrically and magnetically inert — used at Johns Hopkins Hospital MRI facilities and Maine Turnpike toll plazas.
🌡️
✓
Extreme Climate Ready
Proven in Canada's -40°C freeze-thaw, Saudi Arabia's 80°C heat, and Florida's saltwater hurricanes.
Performance Data

GFRP vs. Steel Rebar — Side by Side

Property Pultrax GFRP Steel (Grade 60)
Tensile Strength~1,000 MPa420 MPa
Weight (12mm bar)0.25 kg/m0.89 kg/m
Corrosion Resistance100% ImmuneCorrodes in 20-25 yrs
Design Service Life100 years25-40 years (corrosive)
Fatigue Cycles420,68423,162
Electrical ConductivityNone (inert)Conductive
30-Year Lifecycle Cost$1.26M$2.29M
Delivery Weight70% lighter loadsBaseline
Freeze-Thaw ResistanceExcellent — proven in CanadaCracks from de-icing salts
Extreme Heat PerformanceProven at 80°C (Saudi Arabia)Accelerates corrosion
MRI / RF TransparentYesNo
The Real Cost

Stop Comparing Per Ton — Compare Per Bar

GFRP looks expensive when you compare tons. But you don't build with tons — you build with bars. Because GFRP is 4× lighter, you pay the same price per piece but move a fraction of the weight on site.

❌
The Myth: Per Ton

"GFRP costs 2.4× more than steel"

Steel rebar: ~$16,000 MXN/ton
GFRP: ~$38,500 MXN/ton

This comparison is misleading because GFRP is 3.4× lighter per bar. You need far fewer tons to do the same job.
✅
The Reality: Per Bar

Same price per bar — but 70% lighter on site

Steel #3 bar (12m): ~$107 MXN (6.71 kg)
GFRP #3 bar (12m): ~$107 MXN (1.98 kg)

Same price, same length, same structural function — but your crew handles 295 kg instead of 1,000 kg for every 149 bars.

🔢 The Math: #3 (3/8") Bar, 12 Meters

Steel Rebar
Weight per bar: 6.71 kg
Price per ton: $16,000 MXN
Bars per ton: 149
$16,000 ÷ 149 =
~$107 MXN per bar
Pultrax GFRP
Same price per bar as steel
Weight per bar: 1.98 kg (70% lighter)
Same structural function
~$107 MXN per bar

⚖️ On Your Job Site: 149 Bars (1 Ton of Steel)

149 Steel Bars
149 × 6.71 kg =
1,000 kg
Needs crane or multiple trips. Heavy, slow, exhausting for crews.
149 Pultrax GFRP
149 × 1.98 kg =
295 kg
Workers carry bundles by hand. No crane. Faster placement, less fatigue.
Same cost. Same 149 bars. But 705 kg LESS for your crew to move.
💡

Same price per bar — but everything else is better

You pay the same per bar as steel AND get a product that never corrodes, lasts 100 years, is 70% lighter to handle, and comes with pre-made stirrups that dramatically speed up construction. The per-ton comparison is a trap — nobody buys rebar by weight.

🔲
Pre-Made Stirrups
GFRP stirrups arrive ready to place — no bending, no cutting on site. Dramatically speeds up column and beam assembly.
👷
Lighter = Faster Crews
Workers carry bars by hand — no crane needed. Less fatigue means 40% more footage per shift.
🚚
70% Lighter Deliveries
Same number of bars, but every load weighs 70% less. Faster unloading, less vehicle wear.
🛡️
$0 Corrosion Repairs
Steel corrosion repairs cost 90% more over 30 years. GFRP never corrodes — zero maintenance.
2,000+
U.S. bridges built with GFRP (ACI)
12.2%
Annual global market growth
$3.8B
Projected global market by 2034
45%
Lifecycle cost savings vs. steel
Proven Worldwide

Real Projects Across the Americas & Middle East

Validated by FHWA, Canadian DOTs, Saudi Aramco, and leading engineering firms across three continents.

🇺🇸 USA🌉 Bridge
Harkers Island Bridge — World's Largest All-GFRP Bridge
A 3,200-ft (28-span) coastal bridge built without steel — 300+ km of GFRP bars. Completed 10 months ahead of schedule.
🏆 Won two 2025 PCI Design Awards
Read full case study →
NCDOT / Balfour Beatty2023, North Carolina
🇺🇸 USA🛣️ Highway
MnDOT Side-by-Side Bridge Comparison
Two identical bridges — one GFRP, one steel. After 4 years, GFRP showed zero corrosion and lower projected lifecycle cost.
✅ Lifecycle cost winner over 65 years
Read MnDOT research report →
Minnesota DOT2018-2023, Minnesota
🇺🇸 USA🌊 Seawall
SR-A1A Flagler Beach Seawall — 1M+ Linear Feet of GFRP
FDOT's largest GFRP project: 1.5 km of auger-cast seawall with over 1 million linear feet of GFRP rebar.
🌊 1M+ linear feet — FDOT's largest deployment
View FDOT FRP program →
Florida DOT2024, Flagler Beach FL
🇺🇸 USA🚗 Tunnel
PortMiami Tunnel — Saltwater Environment
GFRP rebar in retaining walls and concrete elements built through saltwater-saturated ground under the Port of Miami.
🌊 Ideal for Playas de Tijuana, Rosarito, Ensenada coastline
View FDOT case studies →
Florida DOT2014, Miami FL
🇺🇸 USA🔬 DOT
Ohio DOT — 'Fiberglass is a Superior Product'
Ohio DOT tested GFRP vs steel head-to-head and officially ruled: 'fiberglass is a superior product.'
✅ Official ruling: 'superior product'
Read about FRP bridge rehabilitation →
Ohio DOTToledo, Ohio
🇺🇸 USA🏥 Medical
Johns Hopkins Hospital — MRI Facility
GFRP in MRI foundations — less than 0.5 dB of signal interference. Gold standard for MRI suite construction.
⚡ Non-magnetic — perfect for hospitals
Read about GFRP in MRI construction →
Johns Hopkins HospitalBaltimore, Maryland
🇺🇸 USA🏗️ Parking
University of Missouri — 1,400-Space Parking Garage
100+ tonnes of GFRP in a 1,400-space garage — eliminates the #1 cause of parking structure failure.
💡 Eliminates #1 cause of parking structure failure
Read more on fiberglass rebar applications →
University of MissouriMissouri, USA
🇺🇸 USA🛣️ Toll
Maine Turnpike — RFID Toll Plaza Conversion
GFRP rebar for RFID-transparent toll plaza — steel interferes with EZPass signals. Designed for 100-year life.
📡 GFRP is transparent to radio signals
Read the Mateenbar case study →
Maine Turnpike AuthorityMaine, USA
🇺🇸 USA🌉 Bridge
Marc Basnight Bridge — 2.8-Mile Coastal Bridge
2.8-mile bridge replacement at Oregon Inlet. GFRP rebar for 100-year life in extreme marine conditions.
🌊 100-year life in extreme marine environment
View GFRP bridge case studies →
NCDOT2019, Outer Banks NC
🇨🇦 Canada🌊 Floodway
Red River Floodway — World's Largest GFRP-Reinforced Bridge
World's largest GFRP-reinforced bridge. Built for Manitoba's extreme freeze-thaw, de-icing salts, and flooding.
❄️ Resists freeze-thaw that destroys steel in 20 years
View Canadian infrastructure projects →
Province of ManitobaManitoba, Canada
🇨🇦 Canada🌉 Bridge
Quebec Bridge Decks — U. of Sherbrooke Research
Quebec leads in GFRP bridge decks. U. of Sherbrooke is the world's top GFRP research center.
🔬 World's leading GFRP research institution
Visit the NSERC FRP Research Chair →
University of Sherbrooke / MTQQuebec, Canada
🇨🇦 Canada🛣️ Highway
Ontario Provincial Standards for GFRP (OPSS.PROV 1640)
Ontario integrated GFRP into provincial standards — engineers can specify it without special approval.
📋 Codified as standard material in Ontario
View Ontario OPSS Standards →
Ontario MTOOntario, Canada
🇸🇦 Saudi Arabia🏗️ Mega
Jizan Flood Channel — World's Largest GFRP Project
23 km × 80 m flood channel with 11M+ meters of GFRP. Aramco documented 21% direct cost savings.
💰 21% direct cost savings — Aramco verified
Read the Jizan project details →
Saudi AramcoJizan, Saudi Arabia
🇸🇦 Saudi Arabia⚡ Energy
King Salman Energy Park (SPARK)
700K rebars for buildings. 2.4M meters for dry port. Al Qurayyah Bridge: 74% weight reduction vs. steel.
⚖️ 74% lighter bridge deck with GFRP
View SPARK project details →
SPARK / Saudi AramcoEastern Province, KSA
🇸🇦 Saudi Arabia🏛️ Policy
Saudi Building Code SBC 311 — National GFRP Standard
National building code for GFRP. Aramco mandated its use. Qualified to replace 10% of Saudi steel demand.
🏛️ National code + Aramco mandate
Read about GFRP in Saudi Arabia →
Saudi Building Code / AramcoSaudi Arabia
🇦🇪 UAE🎢 Theme Park
SeaWorld Abu Dhabi — First Outside US
20,000 meters of GFRP in pool slabs — preventing corrosion in chlorinated saltwater environments.
🏊 Eliminates corrosion in pool/marine environments
View SeaWorld Abu Dhabi project →
Miral / SeaWorldAbu Dhabi, UAE
🇺🇸 USA🏛️ First-ever
McKinleyville Bridge — First All-GFRP Bridge in USA
First all-GFRP bridge in the USA. FHWA-sponsored. Launched 30+ years of ACI 440 standards development.
🇺🇸 FHWA-sponsored — launched 30+ years of adoption
Read the history of GFRP in the USA →
FHWA / WVU1996, West Virginia
🇺🇸 USA🌉 Bridge
Morristown Bridge — First Full GFRP Deck
World's first full-GFRP deck of this size — 16,775 m of bars, FHWA demonstration project with fiber-optic sensors.
🔬 FHWA demonstration with fiber-optic monitoring
Read about the Morristown Smart Bridge →
VTrans / FHWA2002, Vermont
🇺🇸 USA🌉 Bridge
Sunshine Skyway Seawall — Tampa Bay
5,330 ft of seawall cap replaced with GFRP — first FDOT shoulder barrier wall with GFRP in Tampa Bay.
🛡️ First FDOT roadway barrier with GFRP
View FDOT FRP innovation program →
Florida DOTTampa Bay, FL
🇸🇦 Saudi Arabia🌆 NEOM
NEOM — The Line Mega-Project
NEOM sustainability aligns with GFRP. ICSC invited to build a manufacturing facility inside NEOM for The Line.
🏗️ GFRP manufacturing facility planned in NEOM
Read the Saudi GFRP localization paper →
NEOM / Vision 2030Saudi Arabia
Compliance & Certification

International Standards & Endorsements

Meets or exceeds standards recognized in the USA, Canada, and Saudi Arabia.

ACI CODE-440.11-22
🇺🇸 U.S. Building Code for GFRP-Reinforced Concrete
ASTM D7957
🇺🇸 Standard Specification for GFRP Bars
AC454 / ICC-ES
🇺🇸 ICC Evaluation Criteria for GFRP
AASHTO GFRP-1
🇺🇸 Bridge Design Specs for GFRP Decks
CSA S806 / S807
🇨🇦 Canadian Standards for FRP Design
CSA S6 Section 16
🇨🇦 Canadian Bridge Design Code (FRP)
SBC 311
🇸🇦 Saudi Building Code for GFRP Concrete
NMX-C-560-1-ONNCCE-2019
🇲🇽 Mexican Standard — FRP Bar Test Methods
NTC-CDMX 2023
🇲🇽 Mexico City Concrete Code — FRP provisions — View PDF ↗
FHWA Endorsed
🇺🇸 U.S. Federal Highway Administration
Saudi Aramco Approved
🇸🇦 Mandated for corrosion-risk zones
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Consulta técnica gratuita antes del lanzamiento
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Local en BC — Tijuana, Rosarito, Ensenada, Mexicali
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Soporte técnico en español
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Fichas técnicas ACI y CSA
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Comprobada por 2,000+ puentes, DOTs de Canadá, Saudi Aramco
Direct Contact
📞 +1 307-218-7620 ✉️ info@pultrax.com
🇺🇸 Pultrax LLC · 30 N Gould, Suite R · Sheridan WY 82801 USA
🇲🇽 Pultrax S.A. de C.V. · RFC: PUL251215JD0 · Playas de Rosarito, B.C., México
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