Ligne de production professionnelle de tuyaux FRP

High-quality FRP Pipes production line

Composite-Tech is a global supplier of GFRP rebar and Mesh production lines. This time, we take the composites industry even further by introducing our newly developed FRP pipes production line. Similar to FRP rebar and mesh, the pipes made out of fiberglass boast a plethora of advantages over conventional steel, cement, copper and iron heavy duty pipes, elevating the industry to a new level of sustainability and effectiveness.

Composite-Tech GFRP pipe production lines offer:

  • Full automation
  • Pipe diameter production of up to 1000mm
  • Cost effective production technology
  • Sustainable production process

Our equipment is designed to be reliable, highly productive and unique in the technology we utilise! All our developments and innovations are patented, which guarantees not only high effectiveness of your investment, but also a competition free market. Moreover, to ensure reliability of all production line modules we use only those components that have passed our rigorous tests and performance evaluations.

By acquiring Composite-Tech FRP rebar production equipment, our clients also have following deliverables:

  • Assistance in the selection of special premises
  • Our specialists carry out installation of equipment and perform commissioning works
  • Staff training
  • Ongoing advice to your technical experts

Technical characteristics

Technical Characteristics of the GFRP pipes production line

Purpose: production of fiberglass pipes
Diameter of products: Up to 1000mm
Voltage: 380 V / 50 HZ
Power: 30 kw
Line Performance: Depends on the diameter
Equipment Length: 12m
Width: 2.5m
Height: 2.8m

Advantages of FRP pipes compared to conventional pipes:

  • Corrosion resistance – FRP pipes are resistant to corrosion resultant from sea water, chemicals, oil, gas, heat, UV rays and extreme environmental conditions.
  • Sustainability – The end product of our GFRP pipe production lines aids the sustainability in construction, turning the industry towards a more eco friendly solution.
  • Strength and Lightweight – FRP pipes boast high tensile strength, whilst application of such pipes does not require bonding agents, bolting or welding. GFRP pipes are lightweight as compared to ductile iron, mild steel and HDPE pipes. The light weight ensures easy handling, transportation and installation. These qualities make FRP pipes much more durable, reliable and economical than conventional pipes.
  • Pressure resistance – The high stiffness and high compressive load capacity of FRP pipes prevent bursting of pipes due to water pressure fluctuations. They come with a lesser wall thickness which simplifies placement and installation of such pipes. FRP pipes are resistant to abrasion and cracking, boast zero infiltration, low treatments and no groundwater pollution. An additional advantage of GRP pipes is the pressure absorption: they are designed to absorb 40% of the surge pressure, without increasing the pressure class.
  • Hydraulic efficiency – GFRP pipes have a smooth internal surface which aids excellent hydraulic characteristics and high flow capacity and low friction. This also stipulates low head losses and pumping costs. The internal temperature of GRP pipes remains constant due to their unique thermal properties. Ordinary GRP pipes do not conduct electricity and have much better electrical properties than their steel counterparts. However, if electrical conductivity is required, it is possible to add conductive reinforced fiber or fillers during the fabrication process.

Production clé en main de barres d'armature en PRV !

En faisant correspondre le prix de vente de vos barres d'armature en GFRP à celui des barres d'armature en acier, vous obtenez une marge bénéficiaire de plus de 1 201 TP3T !

Obtenez votre ligne de production en seulement 2 mois après avoir passé une commande et rentabilisez votre investissement en seulement 3 mois après le lancement de la production.

FRP Pipes Application

FRP pipes are commonly used in underground and overground applications, sub-water applications and relining for which high endurance, hydraulic efficiency and high strength is essential.

WATER DISTRIBUTION (POTABLE AND RAW WATER)

SANITARY SEWERAGE COLLECTION SYSTEMS AND OUTFALLS

STORM WATER

HYDROELECTRIC PENSTOCK LINES

SEA WATER INTAKE AND OUTFALLS

CIRCULATING COOLING WATER FOR POWER PLANTS

INDUSTRIAL APPLICATIONS

SLIP-LINING

IRRIGATION/AGRICULTURA

DESALINATION

MINING

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