I have been to post this for a while but before i did I wanted to do my own testing.
As some of you may know I have been using PTFE in wax tests for a little over 12 months now and I have made over 100 blends with varying types of PTFE as well as PTFE based wax mixtures and I have come to one conclusion.
PTFE is no good in a wax or a sealent, it can never be used to increase the durability of a wax and as far as I can tell unless you heat your paint upto 500DegC or stick you car in a vacume, you will never get it to bond!
The only thing it could help with is the application of the wax, it could allow it to glide over the paint surface much easier, but whats the point in that, seems alot of extra expence for something that we have had no problems with for years!
What are other peoples thoughts on this? It would be interesting to hear other manufacturers points on the subject, Have they ever experimented with PTFE in blends in the past?
Read here for info on how it is used on pans - http://www.todayifoundout.com/index.php/2014/10/get-teflon-stick-pans/
As some of you may know I have been using PTFE in wax tests for a little over 12 months now and I have made over 100 blends with varying types of PTFE as well as PTFE based wax mixtures and I have come to one conclusion.
PTFE is no good in a wax or a sealent, it can never be used to increase the durability of a wax and as far as I can tell unless you heat your paint upto 500DegC or stick you car in a vacume, you will never get it to bond!
The only thing it could help with is the application of the wax, it could allow it to glide over the paint surface much easier, but whats the point in that, seems alot of extra expence for something that we have had no problems with for years!
What are other peoples thoughts on this? It would be interesting to hear other manufacturers points on the subject, Have they ever experimented with PTFE in blends in the past?
Read here for info on how it is used on pans - http://www.todayifoundout.com/index.php/2014/10/get-teflon-stick-pans/