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51315-5680-Effect of Heat Treatment on Nickel Alloy Clad Plates

Picture for Effect of Heat Treatment on Nickel Alloy Clad Plates
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Product Number: 51315-5680-SG
ISBN: 5680 2015 CP
Author: Larry Paul
Publication Date: 2015
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The chemical process industries use a variety of equipment which sometimes requires the use of clad plates. These clad plates use carbon or low-alloy steel for the main structural or pressure-containing load bearing requirements and are clad on one side with a corrosion resistant material. These plates can be bonded through either high temperature roll bonding or by explosion cladding. After the cladding process a heat treatment is required to stress relieve the carbon or low-alloy steel and is required by either application requirements or by design code (such as ASME). Heat treating the clad plates will have an effect on the corrosion resistant clad layer and needs to also be considered. This paper will focus on the heat treat requirements of various substrate materials and how these impact nickel alloys used for the corrosion resistant clad layers. The use of standard laboratory corrosion tests to verify the corrosion resistance of the clad layer after heat treating is also reviewed here.
The chemical process industries use a variety of equipment which sometimes requires the use of clad plates. These clad plates use carbon or low-alloy steel for the main structural or pressure-containing load bearing requirements and are clad on one side with a corrosion resistant material. These plates can be bonded through either high temperature roll bonding or by explosion cladding. After the cladding process a heat treatment is required to stress relieve the carbon or low-alloy steel and is required by either application requirements or by design code (such as ASME). Heat treating the clad plates will have an effect on the corrosion resistant clad layer and needs to also be considered. This paper will focus on the heat treat requirements of various substrate materials and how these impact nickel alloys used for the corrosion resistant clad layers. The use of standard laboratory corrosion tests to verify the corrosion resistance of the clad layer after heat treating is also reviewed here.
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The Sensitisation Behaviour of Alloy UNS N08825 After Heat Treatment as Used in Clad Materials

Product Number: 51317--9459-SG
ISBN: 9459 2017 CP
Author: Helena Alves
Publication Date: 2017
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The aim of this paper is to present recent standard test corrosion data obtained in laboratory for alloy UNS N08825 after post weld heat treatment in comparison with as delivered (soft annealed) material.

 

Picture for 96601 FABRICATION, WELDING AND HEAT TREATMENT
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96601 FABRICATION, WELDING AND HEAT TREATMENT OF NICKEL ALLOYS

Product Number: 51300-96601-SG
ISBN: 96601 1996 CP
Author: C.S. Tassen, G.D. Smith, S.K. Mannan, E.B. Hinshaw
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Picture for 09338 Heat Treatment Issues on Stainless Steel Heat Exchanger Tubes
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09338 Heat Treatment Issues on Stainless Steel Heat Exchanger Tubes

Product Number: 51300-09338-SG
ISBN: 09338 2009 CP
Author: Cathleen A. Shargay, Karly Moore and John J. Wodarcyk
Publication Date: 2009
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Proper heat treatment on stainless steel (SS) heat exchanger tubes is very important to obtain the expected stress corrosion cracking (SCC) and corrosion resistance of the material. This paper will discuss three recent issues that have arisen on this topic.
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