F5F Stay Refreshed Hardware Desktop How To Tell If Heatsink is aluminum?

How To Tell If Heatsink is aluminum?

How To Tell If Heatsink is aluminum?

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SrMaxito_
Member
64
02-08-2016, 05:07 PM
#1
Check the heatsink material before replacing the paste. Since you haven’t found any copper, it might not be aluminum. The steel-like feel suggests a different base metal. Consider confirming with the manufacturer or using a thermal test to ensure compatibility.
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SrMaxito_
02-08-2016, 05:07 PM #1

Check the heatsink material before replacing the paste. Since you haven’t found any copper, it might not be aluminum. The steel-like feel suggests a different base metal. Consider confirming with the manufacturer or using a thermal test to ensure compatibility.

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KazureaxYT
Junior Member
11
02-08-2016, 11:16 PM
#2
Another method is to use a magnet; I'm unsure if the copper components are close enough to make the difference. For steel, copper, and nickel are magnetic, whereas aluminum isn't.
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KazureaxYT
02-08-2016, 11:16 PM #2

Another method is to use a magnet; I'm unsure if the copper components are close enough to make the difference. For steel, copper, and nickel are magnetic, whereas aluminum isn't.

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Celestiane
Member
50
02-15-2016, 03:11 AM
#3
I own a Noctua nh-l9x65, it's clearly copper. Magnets won't stick to it (about 1 inch diameter, roughly half an inch thick neodymium). E: Yes, sure, OP, reaching out to the maker might reveal their material choices.
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Celestiane
02-15-2016, 03:11 AM #3

I own a Noctua nh-l9x65, it's clearly copper. Magnets won't stick to it (about 1 inch diameter, roughly half an inch thick neodymium). E: Yes, sure, OP, reaching out to the maker might reveal their material choices.

M
MarissaGames
Member
216
02-15-2016, 04:25 AM
#4
It seems copper benefits from a touch of iron or nickel to enhance magnet strength. Appreciate the insights from primary and secondary learning about its magnetic properties.
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MarissaGames
02-15-2016, 04:25 AM #4

It seems copper benefits from a touch of iron or nickel to enhance magnet strength. Appreciate the insights from primary and secondary learning about its magnetic properties.

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Czops_PL
Junior Member
45
02-15-2016, 11:44 AM
#5
All the copper is gone. Each piece has a nickel coating. Use sandpaper on one side of a block to remove the nickel layer.
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Czops_PL
02-15-2016, 11:44 AM #5

All the copper is gone. Each piece has a nickel coating. Use sandpaper on one side of a block to remove the nickel layer.

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57
02-15-2016, 12:40 PM
#6
I smoothed it for roughly three minutes and didn’t detect any copper. Still, I’ll test the magnets next.
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MatheusSUICIDA
02-15-2016, 12:40 PM #6

I smoothed it for roughly three minutes and didn’t detect any copper. Still, I’ll test the magnets next.

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WildWillisLW
Junior Member
39
02-15-2016, 01:37 PM
#7
It seems like you're describing a material based on its properties. Copper is known for being dense and heavy, which helps identify it.
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WildWillisLW
02-15-2016, 01:37 PM #7

It seems like you're describing a material based on its properties. Copper is known for being dense and heavy, which helps identify it.

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koffan_123
Junior Member
7
02-21-2016, 05:40 AM
#8
Magnets didn’t adhere well, which is confusing. I’m not sure I should just apply liquid metal and risk damaging the component if it means losing affordable cooling solutions.
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koffan_123
02-21-2016, 05:40 AM #8

Magnets didn’t adhere well, which is confusing. I’m not sure I should just apply liquid metal and risk damaging the component if it means losing affordable cooling solutions.

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Forever_happy
Member
52
02-21-2016, 06:43 AM
#9
Reject this idea. Use a real MX4 and apply it well. Spread it out effectively.
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Forever_happy
02-21-2016, 06:43 AM #9

Reject this idea. Use a real MX4 and apply it well. Spread it out effectively.

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zCosmicCorvus
Member
212
02-22-2016, 04:26 AM
#10
Sure, I’ll proceed with that right away. Perhaps I’ll end up with a lucky pick featuring the copper contact.
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zCosmicCorvus
02-22-2016, 04:26 AM #10

Sure, I’ll proceed with that right away. Perhaps I’ll end up with a lucky pick featuring the copper contact.

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