Ok, spomey, I am on the case. The adhesion experts at work clearly recommend two part epoxies. There are problems with this. Although they are stable with temperature they pose their own problems. Sometimes we want to remove the grips without destroying the heating element. Also, two parts are often stiff and that is like a stress concentration. It drives the stress to the interface. We might be able to adjust the moduls to distribut stress evenly.
But first...let me analyse materials. I will take a paint scrapings from the bars and I have a set of ODI grips I can sample. Spomey, if you can take a clip of plastic on that broken heater elemnt that you have I can analyse it. we will go from there.
Anyone. If anyone has an idea of the maximum temperatures involved that would help. Not the temperature of the grip surface, that will be too cold, but at the bar metal under the rubber.
we can get a really smart bunch of nerds working on this....
thanx
But first...let me analyse materials. I will take a paint scrapings from the bars and I have a set of ODI grips I can sample. Spomey, if you can take a clip of plastic on that broken heater elemnt that you have I can analyse it. we will go from there.
Anyone. If anyone has an idea of the maximum temperatures involved that would help. Not the temperature of the grip surface, that will be too cold, but at the bar metal under the rubber.
we can get a really smart bunch of nerds working on this....
thanx