Composite -Tech
Composite-Tech GFRP rebar production lines manufacturing
Why Invest in FRP Production Equipment in the USA?
The U.S. construction market is rapidly shifting away from traditional steel reinforcement. Corrosion, maintenance costs, and stricter durability standards are forcing developers to look for alternatives.
Today, FRP (Fiber Reinforced Polymer) rebar is becoming a key solution — especially in infrastructure, bridges, marine construction, and transportation projects. Demand is growing steadily across USA due to long-term performance and lifecycle savings.
Build a Profitable Manufacturing Business in a Growing Industry
How to start composite FRP rebar production in USA?
Planning to start composite rebar production but don’t know how? Well, we are here to help because our FRP rebar, mesh and bent elements production lines can get you started. Moreover, you will be starting with the most technologically advanced, fully automated production lines on the market. Under full production load our clients return their investment in just 4 months after launch and we give 1 year warranty on all modules that comprise full production line.
Benefits of composite/FRP rebar greatly outweigh characteristics of steel rebar and therefore most constuction companies in the world have already started to shift their preferences towards FRP products.
FRP rebar vs steel rebar:
– FRP is corrosion free (great solution for coastal structures)
– It is much stronger,
– Raw materials do not increase in price like steel does (steel has doubled in price in the last year).
– FRP rebar does not conduct electricity (perfect for factories, hospitals, airports, underground).
– Composite rebar is 8 times lighter than steel rebar (transport more).
Leading FRP Equipment Manufacturer in the U.S.
Composite-Tech is a leading manufacturer of industrial FRP equipment in the United States, delivering advanced production lines for GFRP and BFRP rebar manufacturing. We provide turnkey solutions for U.S. manufacturers aiming to launch or scale composite building material production. Whether you are starting a rebar production line or building a large-scale plant for rebar and mesh manufacturing, our equipment is engineered for stable output, continuous operation, and rapid return on investment.
Our certifications
Turn-key GFRP Rebar Production!
By matching your GFRP rebar sales price to steel rebar, you achieve a profit margin of over 120%!
Get your production line in just 2 months after placing an order and return your investment in just 3 months after production launch.
Where FRP Materials Are Used in the U.S.
Roads & Highways
Bridges & Tunnels
Airports,Ports and Railways Stations
Metro Rail and Railways
Real Estate
Industrial
Hospitals and Research Centres
School and Universities
Warehousing
Large Infrastructure Project like Dams, Power & Plants
CONSTRUCT EXPO 2016
FIBERGLASS MESH IN ROAD PAVING
FIBERGLASS REINFORCEMENT IN INDUSTRIAL FLOORS
COMPOSITE REINFORCEMENT BARS IN HIGHWAY CONSTRUCTION
COMPOSITE REINFORCEMENT BARS IN CHURCH CONSTRUCTION
USE OF COMPOSITE RODS IN METRO LINES
We supply equipment and products to more than 23 countries
USA
ACI 440.1R:
Guide for the Design and Construction of Structural Concrete Reinforced with FRP Bars AASHTO LRFD: Bridge Design Specifications for GFRP- Reinforced Concrete Bridge Decks and Traffic Railing
EUROPE
FIB Task Group
9.3 – Bulletin 40 – FRP Reinforcement in
RC Structures
CANADA
ACI 440.1R:
Guide for the Design and Construction of Structural Concrete Reinforced with
FRP Bars
SAUDI ARABIA
ACI 440.1R:
Guide for the Design and Construction of Structural Concrete
Reinforced with
FRP Bars
INDIA
AASHTO (2018), FDOT / 2021, SA/2006. Ac1440 As per Indian Road
Congress
PARAGUAY
NORMA PARAGUAY
NP 17 09 1 19
SWITZERLAND
FIB BULLETIN NO. 40
NORWAY
22-A 98741
Structural-Eurocrete Modifications to Ns3473 when using FRP Reinforcement.
ITALY
CNR DT 203/2006
Structural-Guide for the Design and
Construction of Concrete Structures
Reinforced with Fiber- Reinforced Polymer Bars.
UKRAINE
NBV 2.6-185-2012
Structural-Guidelines for the design and manufacture of concrete sructures with non-metallic composite reinforcement on the basis of basalt and glass fiber rovings
REP. OF BELARUS
1103-98
Structural-Glass-fiber plastic reinforcement. Technical requirements
JAPAN & CHINA
NO. 30
JAPAN-CONCRETE ENGINEERING SERIES 23
Structural-Recommendation for design and construction of concrete
structures using continuous fiber reinforcing materials (Design)
RUSSIA
GOST 31938-2012