Downloads

Location

• Foundry location map and directions

Approvals

• Quality ISO9001 - Foundry - British Standards Institute (BSI)
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• Quality ISO9001 - Machine Shop - British Standards Institute (BSI)
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• Environmental ISO14001 - Bureau Veritas Quality International (BVQI)
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• Manufacturing approval - Lloyds Register (LR)
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• Manufacturing approval - Det Norske Veritas (DNV)
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• Manufacturing approval - American Bureau of Shipping (ABS).

Plant Lists

• Goodwin foundry plant list
  Goodwin foundry plant, capability and inspection facilities.
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• Goodwin machine shop plant list
  Goodwin machine shop plant, capability, testing and inspection facilities.

Castings, fabrication and assembly capacity

• Large castings capability
  Goodwin can produce one piece castings of 10,000kg, fabricated single components of 18,000kg and fabricated assemblies of 50,000kg.
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• Power generation valves - fabrication and assembly
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• Power Generation units manufactured - summary
  Over the past few years Goodwin have supplied over 300 power generation valve assemblies. Some fabricated and finish machined, many fully operating valves - assembled with all the internals.

Nickel alloy 625

• Nickel alloy 625 experience
  Goodwin have been successfully producing castings in super-nickel alloys for over 25 years. It is this unrivalled experience which makes Goodwin the foundry of choice throughout the world for the manufacture of super-nickel alloy 625 castings.
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• Gas turbine steam gland in alloy 625
  Examples of a 1,800kg steam gland cast in alloy 625 selected for its elevated temperature properties. The steam gland is supplied by Goodwin as a finish machined item with welded-on pipe work, assembled with the associated hardware.
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• Alloy 625 casting replacements
  Goodwin's have successfully produced castings, in an accelerated time-scale for three projects where the original (non-Goodwin) supply of alloy 625 failed in a catastrophic manner.

9.5% Cr creep resistant steels

E911 (9.5Cr,1Mo,0.2V,1W,NbN) [X11CrMoWVNb9-1-1] for turbine applications. The E911 steel grade has been developed from grade P91 to increase the creep properties at 600°C through the control of vanadium, nitrogen and the addition of tungsten.

• Introduction to X11CrMoWVNb9-1-1 (9.5%Cr)
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• 9.5%Cr stress rupture data
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• 9.5%Cr creep and fatigue testing
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• Experience in castings and fabrications in 9.5%Cr steel

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