Wyman-Gordon

Capabilities

Wyman-Gordon produces high intensity forgings for some of the most technically challenging and demanding applications in the world.

Overview

A Legacy of Precision Forging

 

Wyman-Gordon has a long history of providing high-quality pipe products to the energy markets.

Today, it is an internationally-recognized leader in high-end pipe applications and products.

We utilize concurrent engineering techniques with our customers and use both industry standard software and bespoke mathematical modeling to accurately predict the outcome of our forging designs and maximize the forging shape to save material costs.

Through this process modeling, we are able to visualize accurate forging shapes, grain flow, temperature gradients, and strain and structure to ensure the highest quality product to meet our customer specifications and expectations.

Capabilities

Equipment

Wyman-Gordon produces high intensity forgings for some of the most technically challenging and demanding applications in the world.

  • Forge Hammers: 1,000 – 3,000 lbs
  • Mechanical Presses: 1,000 – 2,500 Tons
  • Screw Press: up to 1,600 Tons
  • 2D Matrix Part Making
  • Coining Presses: 75 – 750 Tons
  • Extrusion Presses: 400 – 440 Tons
  • CNC Machines
  • White Light Scanner
  • Upset & Extrusion Capabilities
  • Closed-Die Presses: up to 50,000 Tons
  • Ultrasonic Tanks
  • Flow Detectors
Capabilities

Materials

Wyman-Gordon manufactures forged components from high grade titanium and nickel based alloys.

Stainless Steel

300 & 400 Series 17-4-PH 15-5-PH PH13-8MO 21-6-9

Nickel Alloys

Inconel 600 Inconel 625 Inconel 718 Monel 400 Monel 500

Aluminum Alloys

2014 6061 7075

Carbon & Alloy Steels

All Grades

Titanium Alloys

CP 6AL-4V 4965

High Temperature Alloys

Hastelloy* Waspaloy** A-286

Cobalt-Chrome

Medical Grade

Zirconium

* Hastelloy is a registered Trademark of Cabot Corp.
** Waspaloy is a registered Trademark of Union Technologies Corp.

Capabilities

Secondary Services

 

Removal of forging scale by mechanical descaling, wheelabrating and/or chemical cleaning, and passivation.

Nondestructive testing (NDT) operations of magnetic particle inspection (MPI) and fluorescent penetrant inspection (FPI) are performed to the required specifications on heat treated and cleaned forgings. The FPI operation for aircraft parts has been approved by NADCAP-PRI since 1984.

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