No passwords, No popups, No cost, No AI:
we earn from 'affiliate link' purchases, making the site possible

Home /
T.O.C.
Fun
FAQs
Good
Books
Ref.
Libr.
Adver-
tise
Help
Wanted
Current
Q&A's
Site 🔍
Search
ted_yosem
Sound technical content, curated with aloha by
Ted Mooney, P.E. RET
Pine Beach, NJ
finishing.com -- The Home Page of the Finishing Industry

  The authoritative public forum
  for Metal Finishing since 1989
  mfhotline


  -----

Adhesion Intensity Kanigen Plating on 15-5PH




2001

We are going to do Kanigen plating on 17-4PH.

The specifications are: Thickness will be 0.01 mm, 200 °C * 2hour heat treatment after plating.

Please inform us: adhesion intensity of the Kanigen plating on 15-5PH and carbon steel, and method of measurement of adhesion intensity.

Best regards.

Isamu Kimura
STEEL. - Japan


Kanigen was the original electroless nickel process. It was my impression that they had been passed by with better technology, but the name keeps showing up. If this is not a "home brew" EN, ask the vendor for the process for that information. They are the only one that have that data as every proprietary process has very slightly different properties.

James Watts
- Navarre, Florida
2001


From Kanigen is understood electroless nickel, as it was the first name of the patent.

For physical and engineering data there are numerous books, one of the most complete and comprehensive is the Metals Handbook Edited by the American Society of Metals (or ASM) in Ohio, USA. From that I would say that PH steels would have 20,000 lbs/square inch adhesion at least when properly processed.

However, if you are serious about this you must have a good supplier behind you to achieve optimal results. No book will ever do it by itself.

Guillermo Marrufo
Monterrey, NL, Mexico
2001




(No "dead threads" here! If this page isn't currently on the Hotline your Q, A, or Comment will restore it)

Q, A, or Comment on THIS thread -or- Start a NEW Thread

Disclaimer: It's not possible to fully diagnose a finishing problem or the hazards of an operation via these pages. All information presented is for general reference and does not represent a professional opinion nor the policy of an author's employer. The internet is largely anonymous & unvetted; some names may be fictitious and some recommendations might be harmful.

If you are seeking a product or service related to metal finishing, please check these Directories:

Finishing
Jobshops
Capital
Equipment
Chemicals &
Consumables
Consult'g,
& Software


About/Contact  -  Privacy Policy  -  ©1995-2024 finishing.com, Pine Beach, New Jersey, USA  -  about "affil links"