I am going to buy some copper & aluminum sheet for use in making battery holders, heat sinking etc. What gauge or thickness range is a good compromise between reasonable durability, and the ability for form without special equipment ? I am not looking for something super strong, just a reasonable sturdiness without being flimsy or delicate.
Metal Gauge for Handworking ?
- Thread starter OhMyGosh
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65535
Flashlight Enthusiast
I think 22g. copper is the way to go its thin yet isn't completely flimsy. Depending on what your using it for though you may need stronger stuff, which may be substantially harder to work.
I have used between 0.005 (5 mil) which is the thickness of most Nickel battery pack welded tabs (very flexible) to 0.16" which is pretty stiff copper sheet/strips, and works well for battery contact holder tabs.
scott.cr
Flashlight Enthusiast
Do you live near a Harbor Freight?
$27 bending brake
$60 bending brake
$130 shear/brake
If you already have a knack for working sheetmetal, $27 for a basic bending brake seems like a good deal if you have some means of cutting it cleanly.
If you make your projects out of steel, they can easily be brazed ("soldered"), like battery boxes and such.
$27 bending brake
$60 bending brake
$130 shear/brake
If you already have a knack for working sheetmetal, $27 for a basic bending brake seems like a good deal if you have some means of cutting it cleanly.
If you make your projects out of steel, they can easily be brazed ("soldered"), like battery boxes and such.
I received an aluminum sampler pack today with .025, .032, .04, .05, .0625, .08
I would say the biggest jump in rigidity is between .04 and .05
.05 seems a good thickness for rigid but still easily workable parts. I was surprised that there does not seem to be much difference between 6061 alloy and 5052. I am guessing the softer 5052 is better for bending, and 6061 is better for machining.
I don't know how I missed that post. I don't live near anything but farmland, thank god for UPS and Fedex.
I would say the biggest jump in rigidity is between .04 and .05
.05 seems a good thickness for rigid but still easily workable parts. I was surprised that there does not seem to be much difference between 6061 alloy and 5052. I am guessing the softer 5052 is better for bending, and 6061 is better for machining.
scott.cr said:
I don't know how I missed that post. I don't live near anything but farmland, thank god for UPS and Fedex.
