Welcome to the Graham Engineering Corporation

A Vision Focused on the Future

The Graham name has long been synonymous with innovations that have helped transform the blow molding industry. GEC – Graham Engineering Corporation technology is known worldwide for quality, reliability, and productively. GEC equipment produces billions of plastic containers of all shapes and sizes, industrial and automotive parts for many of the world's industry leaders, and consumer goods packages of all descriptions year after year.

Now, GEC has leveraged their technical expertise to bring exciting new G2RP technology to pultrusion.

Continuous technological innovation, client/partner relationships, product line diversification, are all part of the GEC vision – a commitment to leadership tied directly to the needs of our customer base.

 News & Events

GEC will participate in various trade shows this year. [read more]
 Extrusion Blow Molding
The name Graham Engineering Corporation is synonymous worldwide with high quality blow molding machinery. The flagship product of GEC is the legendary Graham rotary wheel blow molding machine. These machines have led the industry in productivity for over forty years.

GEC offers a complete line of monolayer and multilayer extrusion blow molding equipment, including:

  • Rotary blow molding systems
  • Linear Shuttle blow molding systems
  • Intermittent Extrusion
  • Reciprocating Screw / Shot Pot Systems
  • Accumulator Head Blow Molding Systems
[Click in this section to read more about any of these extrusion blow molding technologies]
 G2RP(TM) Pultrusion
Taking full advantage of advancements in polyurethane chemical science, Graham Engineering Corporation (GEC) has commercialized a new family of Graham Glass Reinforced Pultrusion (G2RP) profiles.

The G2RP process combines polyurethane resin with glass reinforcement fibers in the pultrusion process, creating an extremely strong structure. These profiles possess properties that resist corrosion, impact damage and weathering in a far superior manner than competitive materials. [click in this section to read more]