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Date: Sun, 15 Jan 2012 10:39:02 -0500
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From: "Frederick Moreno" <frederickmoreno@bigpond.com>
Subject:  Re: Ceramic exhaust coatings - careful y'all


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Insulation wrapped on exhaust pipes and coatings that reduce the surface
thermal emissivity both raise exhaust pipe temperature.  =0D
=0D
So what?  =0D
=0D
At these temperatures, the strength of the  321 stainless steel generally
used in exhaust pipes is dropping like a rock - small temperature increas=
es
result in big strength decreases - and creep resistance drops even faster=
=2E =0D
=0D
Oxidation is also increasing dramatically with temperature.  =0D
=0D
In short, the exhaust pipes will fail much,  much sooner due to cracking =
or
wall thinning.  If you are driving a turbo, you run a double risk because=
 of
the high pressures inside the exhaust pipes upstream of the turbo that
stress tubing walls more and create blow torches when cracks form.  =0D
=0D
In short, don't do it unless you pledge to inspect the pipes more often,
like every time the cowl is off, and unwrap the pipes for a very careful
inspection at EVERY annual. =0D
=0D
Data below.  Out of curiosity I made an Excel plot, attached.  It makes t=
he
point even better than the table below.   Creep strength virtually zero a=
t
800C =3D 1432F=0D
=0D
Sorry 'bout that. =0D
=0D
Fred Moreno=0D
=0D
2. Properties at Elevated Temperatures =0D
Short Time Elevated Temperature Tensile Strength =0D
Temperature, oC600650700750800850=0D
Tensile Strength, MPa390329280230190140=0D
=0D
Creep data =0D
Stress to develop a creep rate of 1% in the indicated time at the indicat=
ed
temperature. =0D
TimeTemperature oC550600650700800=0D
10 000 hStress MPa180100704010=0D
100 000 hStress MPa1208050255=0D
=0D
Creep Rupture Stress =0D
TimeTemperature oC500600650700800=0D
1 000 hStress MPa2701801407030=0D
10 000 hStress MPa240130905010=0D
100 000 hStress MPa2009050155=0D
=0D
=0D
=0D
Subject: Re: [LML] Re: Ceramic exhaust coatings=0D
 =0D
One other thought, I have heard both sides of this argument before as wel=
l.
I also heard it is nearly impossible to weld / repair pipes with this
coating. I found a solution that solved the problem cheaply without makin=
g
the pipes more difficult to weld. I wrapped my entire exhaust system with
hot rod exhaust wrap. I bought it at the local auto parts store in the 1"
width. Spruce sells it as well. I tested the stuff with a torch in the
hangar on my hand and was amazed how well it insulates. I have 2 layers i=
n
some very hot places on the pipes. In addition to reducing the inner cowl
temps, It also tames the vibration of the pipes and reduces noise. =0D
Cheap, relatively light and effective...=0D
Fwiw.
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<DIV>
<DIV>Insulation wrapped on exhaust pipes and coatings that&nbsp;reduce th=
e surface thermal emissivity both raise exhaust pipe temperature.&nbsp; <=
/DIV>
<DIV>&nbsp;</DIV>
<DIV>So what?&nbsp; </DIV>
<DIV>&nbsp;</DIV>
<DIV>At these temperatures, the strength of the&nbsp; 321 stainless steel=
 generally used in&nbsp;exhaust pipes&nbsp;is dropping like a rock - smal=
l temperature increases result in big strength decreases - and creep resi=
stance drops even faster. </DIV>
<DIV>&nbsp;</DIV>
<DIV>Oxidation is also increasing dramatically with temperature.&nbsp; </=
DIV>
<DIV>&nbsp;</DIV>
<DIV>In short, the&nbsp;exhaust pipes will fail much,&nbsp; much sooner d=
ue to cracking or wall thinning.&nbsp; If you are driving a turbo, you ru=
n a double risk because of the high pressures inside the exhaust pipes up=
stream of the turbo that stress tubing walls more and create blow torches=
 when cracks form.&nbsp; </DIV>
<DIV>&nbsp;</DIV>
<DIV>In short, <STRONG><EM>don't do it</EM></STRONG>&nbsp;unless you pled=
ge to inspect the pipes more often, like every time the cowl is off, and&=
nbsp;unwrap the pipes&nbsp;for a very careful inspection at EVERY annual.=
&nbsp;</DIV>
<DIV>&nbsp;</DIV>
<DIV>Data below.&nbsp; Out of curiosity I made an&nbsp;Excel plot, attach=
ed.&nbsp; It makes the&nbsp;point even better than the&nbsp;table below.&=
nbsp; &nbsp;Creep strength <EM><STRONG>virtually zero</STRONG></EM> at 80=
0C =3D 1432F</DIV>
<DIV>
<DIV>&nbsp;</DIV>
<DIV>Sorry 'bout that. </DIV>
<DIV>&nbsp;</DIV>
<DIV>Fred Moreno</DIV></DIV>
<DIV>&nbsp;</DIV>
<DIV>
<P align=3Dleft><FONT size=3D2><B><FONT face=3DArial,Helvetica>2. Propert=
ies at Elevated Temperatures</FONT></B> <BR><FONT face=3DArial,Helvetica>=
<B>Short Time Elevated Temperature Tensile Strength</B></FONT></FONT> </P=
>
<DIV align=3Dleft>
<TABLE border=3D1 width=3D"100%" cols=3D7>
<TBODY>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Temperature, <SUP>o</SUP>C</FO=
NT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>600</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>650</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>700</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>750</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>800</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>850</FONT></TD></TR>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Tensile Strength, MPa</FONT></=
TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>390</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>329</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>280</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>230</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>190</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>140</FONT></TD></TR></TBODY></=
TABLE></DIV>
<P align=3Dleft><FONT size=3D2><B><FONT face=3DArial,Helvetica>Creep data=
</FONT></B> <BR><FONT face=3DArial,Helvetica>Stress to develop a creep ra=
te of 1% in the indicated time at the indicated temperature.</FONT></FONT=
> </P>
<DIV align=3Dleft>
<TABLE border=3D1 width=3D"100%" cols=3D7>
<TBODY>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Time</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Temperature <SUP>o</SUP>C</FON=
T></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>550</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>600</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>650</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>700</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>800</FONT></TD></TR>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>10 000 h</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Stress MPa</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>180</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>100</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>70</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>40</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>10</FONT></TD></TR>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>100 000 h</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Stress MPa</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>120</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>80</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>50</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>25</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>5</FONT></TD></TR></TBODY></TA=
BLE></DIV>
<P align=3Dleft><FONT size=3D2 face=3DArial,Helvetica><B>Creep Rupture St=
ress</B></FONT> </P>
<DIV align=3Dleft>
<TABLE border=3D1 width=3D"100%" cols=3D7>
<TBODY>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Time</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Temperature <SUP>o</SUP>C</FON=
T></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>500</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>600</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>650</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>700</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>800</FONT></TD></TR>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>1 000 h</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Stress MPa</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>270</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>180</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>140</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>70</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>30</FONT></TD></TR>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>10 000 h</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Stress MPa</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>240</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>130</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>90</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>50</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>10</FONT></TD></TR>
<TR>
<TD><FONT size=3D-1 face=3DArial,Helvetica>100 000 h</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>Stress MPa</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>200</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>90</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>50</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>15</FONT></TD>
<TD><FONT size=3D-1 face=3DArial,Helvetica>5</FONT></TD></TR></TBODY></TA=
BLE></DIV></DIV>
<DIV>&nbsp;</DIV>
<DIV>&nbsp;</DIV>
<DIV><I><B>Subject:</B></I> Re: [LML] Re: Ceramic exhaust coatings</DIV><=
/DIV></DIV>
<DIV>
<DIV style=3D"FONT-FAMILY: Arial; FONT-SIZE: 12pt" dir=3Dltr id=3DIncredi=
OriginalFontSize>
<DIV>&nbsp;</DIV>
<DIV>One other thought, I have heard both sides of this argument before a=
s well. I also heard it is nearly impossible to weld / repair pipes with =
this coating. I found a solution that solved the problem cheaply without =
making the pipes more difficult to weld. I wrapped my entire exhaust syst=
em with hot rod exhaust wrap. I bought it at the local auto parts store i=
n the 1" width. Spruce sells it as well. I tested the stuff with a torch =
in the hangar on my hand and was amazed how well it insulates. I have 2 l=
ayers in some very hot places on the pipes. In addition to reducing the i=
nner cowl temps, It also tames the vibration of the pipes and reduces noi=
se.&nbsp;</DIV>
<DIV>Cheap, relatively light and effective...</DIV>
<DIV>Fwiw.</DIV>
<DIV><BR></DIV></DIV></DIV></TD></TR>
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