PULTRON

COMPOSITES

Pultron Composites is an industrial technology company that specializes in the development and manufacture of high performance composite fiber-reinforced pultrusions (‘FRP’) for the international market.

 

Our research and development focus gives Pultron the unmatched ability to work closely with our customers to develop components tailored to exacting mechanical and thermo-mechanical requirements.

Our focus:

  • Advancing the mechanical and thermo-mechanical performance of round rod and small cavity FRP pultrusions
  • Engineering customized, low cost, high speed, post-processing operations, for the consistent mass production of high quality finished products and components
  • Partnering with customers to provide a one stop source of innovative and cost effective solutions.

 Our capabilities:

  • Pultrusion production and hybrid pultrusion technologies
  • FRP finishing and post-processing technologies
  • Composite materials research and testing laboratories
  • Optimization of pultrusion resin technology & FRP formulation advice
  • Engineering design and modelling for product and process development
  • Engineering, electronic, and R&D workshop facilities
  • In-house construction of all pultrusion and finishing technologies. 
  • Intellectual Property protection and strategies for FRP and FRP attachments

Pultron deal in all international currencies and manage sourcing, packaging and logistics requirements to supply a complete solution.

A leading pultrusion technologist with international manufacturing sites, we are a proven and dependable supplier of consistent, high quality FRP solutions at internationally competitive prices.

 

Please contact us to learn more about how Pultron can work with you.

We are currently rebuilding our full website. If you would like more detailed product or technical information please contact us.

  • Capabilities
  • Markets
  • Performance
  • Customers
  • Leadership

Pultron is a solutions provider

Pultrusion production and hybrid pultrusion technologies
FRP finishing and post-processing technologies
Composite materials research and testing laboratories
Optimization of pultrusion resin technology & FRP formulation advice
Engineering design and modelling for product and process development
Engineering, electronic, and R&D workshop facilities
In-house construction of all pultrusion and finishing technologies

We service a wide range of markets

Civil

Architecture

Construction

Electrical

Marine

Mining / Oil & Gas

Recreation

Transportation

Sewerage & Water Supply

Defence

Industrial Applications

Agriculture / Horticulture

FRP pultrusions offer distinct technical or performance advantages

High Strength

High tensile and flexural strength, with a specific strength exceeding that of steel. Stronger than steel on a kg-for-kg basis.

Lightweight

Pultrusions are approximately ¼ the weight of steel and 70% that of aluminium.

Corrosion/Rust or Rot Resistant

Pultrusions are highly resistant to chemical attack, corrosive elements, and cannot rust, making them ideal for marine applications, chemical plants and other environments where steel is unsuitable. Design engineers working in corrosive environments choose GFRP pultrusions (www.mateenbar.com) to extend the lifespan of concrete infrastructure.

Non-Conductive

Pultrusions are electrically non-conductive.

Low Thermal Conductivity

Low thermal conductivity of GFRP pultrusions provide good insulation properties for concrete structures. This is ideal in environmentally friendly homes and structures designed for low environmental impact and energy efficiency. Pultrusions also exhibit excellent mechanical properties at extremely low temperatures.

Non-Electro-Magnetic

Pultrusion are transparent to radio waves, microwaves and other electromagnetic frequencies.

Non-Magnetic

Non-magnetic reinforcement is essential for areas close to magnetic apparatus - such as hospital MRI rooms, compass calibration areas and certain high-voltage applications. Steel reinforcement is unsuitable because the magnetic properties interfere with sensitive equipment.

Dimensional Stability

Coefficient of thermal expansion of pultrusions is less than steel and aluminium.

Dimensionally Accurate

Pultrusions can be manufactured to extreme tolerances.

Pultrusions outperform conventional materials

Pultron’s high-performance composite solutions provide high tensile strength, price-performance advantages, and enhanced durability versus traditional materials.

International Academic/Institute collaboration:

University of Toronto, Canada
Sultan Qaboos University, Oman
University of North Carolina, USA
Owens Corning, USA
American University Sharjah, UAE
American University in Dubai, UAE
United Arab Emirates University, UAE
King Saud University, KSA
University of Canterbury, New Zealand
Robinson Research Institute, New Zealand
QUEST Integrity NZL Limited, New Zealand
Applied Engineering Research Limited, New Zealand

NEW ZEALAND

  • 342 Lytton Road
  • PO Box 323
  • Gisborne 4040
  • New Zealand
  • Tel: (+64) 6 867 8582
  • Fax: (+64) 6 867 8542
  • Email: info@pultron.com

MIDDLE EAST

  • Jebel Ali Free Zone
  • Dubai, United Arab Emirates
  • Tel: (+971) 4 880 9533
  • Mob: (+971) 55 550 3488
  • Fax: (+971) 4 880 9544
  • Email: mateen@mateenbar.com

NORTH AMERICA

  • 2134 Fleetwood Drive
  • Grosse Pointe Woods, MI 48236
  • Office: (+1) 313 743 5500
  • Mobile: (+1) 313 506 8281
  • Email: sales@pultron.com