Sputnik,
That is a great find on creating a DC motor from scratch! Good job and thanks for posting it.
Yeah, JB Weld contains nodular iron and atomized steel i.e., very fine particles of new iron and steel.
The high temp epoxy resign temp rating given in the above post was for under pressure/load. It can go up to 500 degrees F depending upon the application.
Spent much time looking for resigns that go above 350 degree F.
All the higher temp ones had metal, at least that was my experience a couple years ago. One that looked promising was out of Russia from a doctor at a university looking for someone to buy the formula and go into production/distribution. It was metal free and would stand up to around 1,000 degrees F.
Depending upon our needs with temperature, I believe Polymer Composites, Inc. can blend what we need at an affordable cost.
IndianaBoys
That is a great find on creating a DC motor from scratch! Good job and thanks for posting it.
Yeah, JB Weld contains nodular iron and atomized steel i.e., very fine particles of new iron and steel.
The high temp epoxy resign temp rating given in the above post was for under pressure/load. It can go up to 500 degrees F depending upon the application.
Spent much time looking for resigns that go above 350 degree F.
All the higher temp ones had metal, at least that was my experience a couple years ago. One that looked promising was out of Russia from a doctor at a university looking for someone to buy the formula and go into production/distribution. It was metal free and would stand up to around 1,000 degrees F.
Depending upon our needs with temperature, I believe Polymer Composites, Inc. can blend what we need at an affordable cost.
IndianaBoys
Comment