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Basalt Fiber Reinforcement

for concrete structures

DISCOVER THE ADVANTAGES

Looking for a better alternative to steel?

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STEEL REBAR
0.38
100%
30 yrs
Up to 600
1.90
Weight 1 LF #3
Corrosion
Avarage Life Span
Tensile Strength, MPa
Density g/cm3
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BASALT REBAR
0.11
0%
100 yrs
Up to 1500
2.90
I WANT MORE INFORMATION

REMARKABLE BENEFITS

using basalt fiber composite

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Lower Transport 
Costs

Lower weight enables 4 times the volume in a trip

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Reduced Site Handling

Easier to handle and less use of equipment

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 Lower Construction Costs

Lower rebar number use and less concrete

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Lower Maintenance 
Costs

Negligible maintenance due to non-corrosive aspect

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Increased Asset Value

Long life span from lower deterioration

BASALT REBAR APPLICATIONS

the future of concrete construction

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COMMERCIAL
RESIDENTIAL
INDUSTRIAL
TRANSPORTATION
TREATMENTS
ELECTROMAGNETIC
MINING
MARINE
TUNNELING
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INFRASTRUCTURE
CONCRETE CONTAINMENT STRUCTURES
  • Wastewater treatment facilities

  • Swimming pools

  • Petrochemical tanks

MAISONRY STRENGTHENING
  • Seismic strengthening

  • Wind of blast strengthening 

  • Event and cycle loading

HIGH VOLTAGE
and ELECTROMAGNETIC FILEDS
  • High voltage substations

  • Radio frequency sensitive areas

  • Hospital MRI areas

  • Aluminum smelters and steel mills

DE-ICING or MARINE CLORIDES
  • Bridges and railings

  • Median barriers

  • Parking structures

  • Reinforced concrete paving

  • Seawalls

  • Dry docks

  • Port aprons

TUNNELING & MINING
  • Temporary reinforcement

  • Sequential evacuation

  • MATM tunneling

WHY IS BFRP A
PROFITABLE AND SUSTAINABLE CHOICE

compared to steel?

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Basalt Fiber

Composite Rebar

(BFRP)

Significantly

LOWER COSTS

in construction and life cycle

STABLE PRICING

No buy-ups required to secure best pricing compared to steel, which fluctuates.

DURABLE
GREEN

Made from VOLCANIC ROCK, it has a thermal expansion coefficient similar to concrete.

This homogenious behaviour REDUCES CRACKING effects during extreme temperature changes.

Very ECO-FRIENDLY, BFRP has a manufacturing CO2 footprint process of 10:1 compared to steel. 

Transportation and CO2 is cut as volume increases four times per trip due to the rebar's light weight.

OTHER DATA ON
BASALT COMPOSITE REBAR

Basalt rebar is engineered to last for over 100 years and will never rust or require long term maintenance. Unlike steel, Basalt Rebar is completely impervious to attacks from alkali, chemicals or water.

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As Basalt Rebar allows for the construction of thinner and lighter panels and decks, it also reduces spacing between rods, concrete and surface. 

Basalt rebar does not conduct electricity or induce current when exposed to RF energy, therefore, making it ideal for MRI or data facilities.

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Basalt rebar is ideal for marine reinforcement applications, water treatment stations, and chemical plants where high levels of corrosion are a concern.

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Book a free consultation

Our engineering team provides local assistance to infrastructure owners,

engineers, contractors and fabricators. Please fill out the form below and our

team will be in touch with you shortly.

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