BKA Group


Composites in industry

From the 1960s composite pipes were also used in water and waste water applications.
Today composite pipes are available in a variety of sizes and pressure ranges:
Pressure:1bar- 233(3380ppi)

  • In the past three decades, application of fiberglass pipes has increased in oil, gas, petrochemical, water and waste water industries

The increase in application of composite pipes is due to some advantages that these pipes have in comparison to steel pipes, ductile iron pipes and concrete pipes. Some of these advantages include


  • Lower weight, flexibility in design, corrosion resistance, high chemical resistance, ease of installations, lower operational cost due to lower maintenance cost and lower energy loss (because of smooth inner surface).

Advantages of composites

High chemical resistance

Higher mechanical strength compared to polyethylene products.

Low weight (approximately only 25%n weight of steel pipes)

Resistance against corrosion and oxidation.

Ease of installation. No requirement of heavy duty equipment and machinery for installation.

Resistance against heat. If required heat resistance for temperatures above 130°C.

Smooth inner surface.

50year lifetime.

Approved for potable water usage.

UV resistance.

Resistance against fire.

Electric and thermal insulator.

Stability of hydraulic parameters during operational phase


GRE pipes and fitting are considered composite products used for high pressure applications which are commonly used in oil and gas industry, these pipes are made of glass fiber and epoxy resin. Behest Keir Ariana Industrial Group supplies its GRE products under the brand name of FLOXY®.
With FLOXY®, BKA CO offers the world’s most comprehensive line of Glass Fiber Reinforced Epoxy (GRE) pipe products, representing a cost-effective alternative to corrosion-prone metallic piping and (reinforced) thermos plastic. The corrosion resistance and chemical inertness of Glass Fiber Reinforced Epoxy (GRE) pipe make it especially suitable for service in hostile and corrosive environments. Furthermore, it is much lighter in weight than comparable steel pipe and easier to install.

Used in your favorite products


Fiber Reinforced Plastic


Glass fiber Reinforced Plastic


  • Glass fiber Reinforced Polyester


Glass fiber Reinforced Vinylester


Glass Reinforced Epoxy


Carbon Fiber Reinforced Plastic

Why are composites more widely used in recent years?

As a repair or reinforcement, composites can cost much less to install when compared to traditional welded sleeve or replacement method. In piping or infrastructure repairs, costs associated with downtime, fabrication and installation can be tremendous. In most cases composites can be installed with no downtime, no hot work, less manpower and can be designed as a permanent repair.


Glass fiber Reinforced Epoxy
Pipe system
Glass Reinforced Epoxy (GRE) materials are an alternative to carbon steel pipes which are highly useful especially for corrosive, Aggressive and normal environments.
High strength fiberglass and amine cured epoxy resin processed under discontinuous filament winding process is the technology used in GRE pipes.
These are manufactured by numerically controlled machines on a mandrel according to cross section filament winding process. GRE pipes are suitable and of much use in power plant piping, down hole tubing and casing, plant process piping, oil and gas flow lines, potable water distribution schemes, offshore platform applications and lot more. GRE pipes are comparatively lightweight, easy to handle and install. The thermal conductivity of GRE pipes is low compared to steel and hence heat loss and insulation cost is minimized.
GRE pipes also have a smooth internal surface enables high pipe flow capacity and reduces friction as well. GRE pipes which can be easily installed are maintenance free.

GRE pipes present an exceptional arrangement of chemical resistance, thermal resistance, high mechanical properties which is achieved by the selection of highly performing components and a properly designed structure. The major raw materials used for this are fiber glass, Amine cured Epoxy resin. Inner liner consists of C-glass veil and Amine Cured Epoxy resin for maximum chemical resistance and will enhance abrasion resistance. The structural layer consists of E-glass and Amine Cured Epoxy resin. Outer liner is a resin rich layer with structure similar to the structural layer. GRE pipes can be used for medium of temperature up to 110° C. diameters of pipe produced range from 25mm to 1200mm currently.
These are various benefits for GRE pipes. These are comparatively lightweight and hence easy to transport and install. It has high anti corrosive properties and hence is cheaper.
The lower pipe friction of GRE pipe ensures improved flow capacity. The maintenance required for GRE pipes are comparatively very less Compared to carbon steel.
Due to its anti-corrosive properties it is suitable for use in moist surrounding and even salty and swampy environment. It is a great advantage for offshore applications as has low weight.

FLOXY’s GRE pipes can be safely installed above ground as it is UV resistant

Trusted by the best