Bump
Bump
Chef pointed this out to me; this is a great thread. Here are some other references to using this technique.
http://www.bikebandit.com/product/12343
http://cgi.ebay.com/ws/eBayISAPI.dll?ViewItem&rd=1&item=310048753815&ssPageName=STRK:MEWA:IT&ih=021
http://www.cyclewareables.com/pages/exhaust_baffles/exhaust_baffles.htm
I've already started on the Stainless Steel Muzzy
on my Gixxer
Thanks Hoomgar
Posplayr
Update:
Here is a DIY "How To" from Yoshimura
http://www.yoshimura-rd.com/t-muffler.aspx?v=vid
Bump
Chef pointed this out to me; this is a great thread. Here are some other references to using this technique.
http://www.bikebandit.com/product/12343
http://cgi.ebay.com/ws/eBayISAPI.dll?ViewItem&rd=1&item=310048753815&ssPageName=STRK:MEWA:IT&ih=021
- Stainless steel wool is made from Alloy type AISI 434 stainless steel.
- The 5 lb reels are a web of stainless steel wool approximately 1/4" thick by 4" wide, wound onto a 2-3/8" ID fiber core to an outside diameter of about 8-12" and weighing exactly 5 pounds net. All products are about 125 feet of web per 5-pound reel.
- Stainless steel wool products withstand temperatures in excess of 700?C, exhaust acids and high vibration.
- Furnace tests show that stainless steel wool will withstand sustained temperatures of 700?C and peak temperatures of 800? C for up to 10 minutes without damage or degradation.
- CHEMISTRY : C (Carbon) 0.12% max. ; Si (Silicon) 1.0% max. ; Mn (Manganese) 1.0% max. ; S (Sulfur) 0.03% max. ;P (Phosphorous) 0.04% max. ; Cr (Chromium) 16.0 - 18.0% max. ; Mo (Molybdenum) 1.25% max.; Fe (Iron) remainder
- Common Reels: The simplest form of stainless steel wool is a continuous roving, 4 inches wide on reels. This product meets all of the physical demands for exhaust applications, but is presented in a basic form requiring the muffler manufacturer to do all of the processing and assembly.
http://www.cyclewareables.com/pages/exhaust_baffles/exhaust_baffles.htm
I've already started on the Stainless Steel Muzzy
Thanks Hoomgar
Posplayr
Update:
Here is a DIY "How To" from Yoshimura
http://www.yoshimura-rd.com/t-muffler.aspx?v=vid
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