Once Fibre Reinforced Polymer (more commonly known as FRP) has burst into the global market, its application fields are continuously expanding. It’s not just the properties of polymers that matter; several crucial factors influence the demand for FRP products.
The widespread use of FRP products encourages applied studies of various composite materials, their mechanical qualities and characteristics.
FRP products are continuously expanding applications and markets due to their outstanding properties. Improved functional performance of fibre-reinforced polymers compared to steel has significantly widened FRP products’ applications.
Superb strength, thermal and electrical insulation, light weight, and non-corrosive characteristics of composite materials give a reason for wider employment of FRP products in various industries.
When it comes to rebars used universally in industrial and civil fields, you might have been wondering about the differences between the FRP rebar and its steel counterpart.
Since 2012, Composite-Tech has been manufacturing a variety of GFRP products production lines. The brand has rightfully earned its reputation as one of the industry leaders.
FRP mesh and FRP rebar production lines from Composite-Tech are recognized globally due to their unchallengeable quality.
Fiberglass Reinforced Plastics (FRP) represent a state-of-the-industry composite material widely used in the construction of tanks and silos of various sizes. The FRP end product is received by reinforcing high-performance fiberglass and several types of resins.
FRP stands for Fiber-Reinforced Plastic, and it makes a worthy, budget-friendly alternative to steel. It is also alternatively known as fiber-reinforced polymer or glass fiber-reinforced polymer (GFRP).
Composite rebar production is ramping up in speed like never before and the demand for it grows even faster than what current suppliers can digest.
Fiberglass reinforcing mesh is designed for concrete reinforcement as well as road and highway overlays. It prolongs the pavement lifespan by reducing the effects of reflective cracking caused by traffic loads, age hardening and temperature cycling.
Historically, rebar appears to be the most commonly used raw material in construction and the way we see it, there is no clear substitute to it.
