Any suggestions for where to get thin material like Lee Valley uses for
its High-Friction Disks in larger pieces.
http://www.leevalley.com/wood/page.asp?page=41763&category=1,42363,42346&ccurrency=2&SID=
I'm looking for pieces on the order of 4" x 2" to use in conjunction
with some jigs I've made. Using an array of circles is an option, but
not a first choice.
The ideal material will be thin (<=1/32"), have a high coefficient of
static friction, and either have an adhesive backing or be made from a
material that can be glued without resorting to heroic measures.
Thanks, but as always I couldn't order just one item. You folks are
addictive.
Phil
Robin Lee wrote:
> How 'bout 1" by 12" high friction tape....
>
> Product # 99K34.01 (on the website)....
>
> Cheers,
>
> Rob Lee
> Lee Valley
>
>
>
> "Phil" <[email protected]> wrote in message
> news:[email protected]...
>
>>Any suggestions for where to get thin material like Lee Valley uses for
>>its High-Friction Disks in larger pieces.
>>
>>
>
> http://www.leevalley.com/wood/page.asp?page=41763&category=1,42363,42346&ccu
> rrency=2&SID=
>
>>I'm looking for pieces on the order of 4" x 2" to use in conjunction
>>with some jigs I've made. Using an array of circles is an option, but
>>not a first choice.
>>
>>The ideal material will be thin (<=1/32"), have a high coefficient of
>>static friction, and either have an adhesive backing or be made from a
>>material that can be glued without resorting to heroic measures.
>>
>
>
>
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Phil wrote:
> Any suggestions for where to get thin material like Lee Valley uses for
> its High-Friction Disks in larger pieces.
>
> http://www.leevalley.com/wood/page.asp?page=41763&category=1,42363,42346&ccurrency=2&SID=
>
> I'm looking for pieces on the order of 4" x 2" to use in conjunction
> with some jigs I've made. Using an array of circles is an option, but
> not a first choice.
>
> The ideal material will be thin (<=1/32"), have a high coefficient of
> static friction, and either have an adhesive backing or be made from a
> material that can be glued without resorting to heroic measures.
How about cutting up a 5" diameter PSA sanding disk?
You pick the grit. 100 grit has a pretty high coefficient of friction. YMMV
Somewhere around 60 to 100 is what is used to simulate an average road
surface for tire testing.
ARM
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<html>
<p>Phil wrote:
<blockquote TYPE=CITE>Any suggestions for where to get thin material like
Lee Valley uses for
<br>its High-Friction Disks in larger pieces.
<p><a href="http://www.leevalley.com/wood/page.asp?page=41763&category=1,42363,42346&ccurrency=2&SID=">http://www.leevalley.com/wood/page.asp?page=41763&category=1,42363,42346&ccurrency=2&SID=</a>
<p>I'm looking for pieces on the order of 4" x 2" to use in conjunction
<br>with some jigs I've made. Using an array of circles is an option,
but
<br>not a first choice.
<p>The ideal material will be thin (<=1/32"), have a high coefficient
of
<br>static friction, and either have an adhesive backing or be made from
a
<br>material that can be glued without resorting to heroic measures.</blockquote>
How about cutting up a 5" diameter PSA sanding disk?
<br>You pick the grit. 100 grit has a pretty high coefficient of
friction. YMMV
<p>Somewhere around 60 to 100 is what is used to simulate an average road
<br>surface for tire testing.
<p>ARM</html>
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How 'bout 1" by 12" high friction tape....
Product # 99K34.01 (on the website)....
Cheers,
Rob Lee
Lee Valley
"Phil" <[email protected]> wrote in message
news:[email protected]...
> Any suggestions for where to get thin material like Lee Valley uses for
> its High-Friction Disks in larger pieces.
>
>
http://www.leevalley.com/wood/page.asp?page=41763&category=1,42363,42346&ccu
rrency=2&SID=
>
> I'm looking for pieces on the order of 4" x 2" to use in conjunction
> with some jigs I've made. Using an array of circles is an option, but
> not a first choice.
>
> The ideal material will be thin (<=1/32"), have a high coefficient of
> static friction, and either have an adhesive backing or be made from a
> material that can be glued without resorting to heroic measures.
>