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Nickel Plating with Boron Nitride Particles

September 24, 2020

Q. Is it possible to do Boron Nitride coating without industrial equipment? How?

Hi, my name is Dennis and I'm looking for a low-friction solution for the inside of a tube (2 mm interior diameter). The tube material can be (almost) anything that withstands temperatures of at least 400 °C. Stainless steel could be a good material and compatible with the process I am looking at:

I was reading recently about Boron Nitride Nickel Electroless plating, unfortunately could not find anything specific enough in regards to the operation. Also, I am aiming for a thick BN layer deposition (at least 0.1mm).

Please DO NOT confuse it with Boron-Nickel plating! It is not the same!
Boron Nitride offers a self-lubricating surface. It is not a metallic alloy, but a mineral deposit. I don't know what is the purpose of the nickel in here, perhaps as surface activator.


My question is if there is a way to do this with D-I-Y methods and if the answer is yes, how to proceed?

Thank you.

Julian Halley
- London, UK

adv. NIBORE™ -- A unique composite of EN with BN particles that provides ultimate lubricity

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⇩ Related postings, oldest first ⇩

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Q. We are using cast iron thermocouples to sense the Aluminium metal temperature. That cast iron body will be always inside the furnace which has 680 °C metal, and the cast iron body is getting melted within 48 hours. Is there is any corrosive resistant coating available to protect cast iron body under this circumstance to increase its life?

K. Annamalai
plating shop - Chennai, Tamil Nadu, India
2004

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2004

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Multiple threads merged: please forgive chronology errors and repetition :-)

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I am researching the process and process chemicals necessary to produce a boron nitride produced oxide (I think) surface on aluminum plate. My desired result will be an aluminum plate surface which is considerably smoother than untreated and presents some durability. The finished surface need not stand up to severe direct abrasion but should wear better than the raw surface.

Mike Andrus
- Hurricane, Utah, United States
2005

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You just "think" or you "know" it has to be boron nitride? Boron Nitride, indeed, is very hard but difficult and expensive to apply. Now, based on your goal, you should know there is a way to produce a hard coating over aluminum of something "almost as hard" in a very tried-and-true-less-expensive way. It's called hard anodizing and the coating produced is aluminum oxide (sapphires, rubies, emery paper, blast powders and cutting stones are made of it).

Guillermo Marrufo
Monterrey, NL, Mexico
2005

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Best coating for steel trough carrying molten aluminum

Q. We have a steel trough that we use to help pour molten aluminum from a bull ladle into a holding furnace at the die cast machine. We eat through a trough in less than a month. What coating could we use to help prevent the aluminum from destroying our troughs.

Alex Lubich
Co-op student - Brooklyn Center, Minnesota, us
May 19, 2017

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Ed. note: Readers, please see also thread 25680 "Nickel coatings with boron-nitride, mold release coatings" for deeper coverage of this subject.