Abstract
A material such as phenol resin composited with steel fibres etc, is comming into use as a frictional material instead of asbestos. In this report, we describe the frictional properties of a phenol resin composited with new ceramic fibres K2O(TiO2)6. The fibre of K2O(TiO2)6 has a tendency to break along with it's tunneling structure of its cristal lattice. So this material is expected to keep the stability of friction at high temperature. And moreover having cation K+, this fibre is expected to suppress the thermal decomposition of phenol resin. Then it is worth examining whether this cristal lattice can stabilize the friction or not. The results of our investigation show some facts to prove the above mentioned properties.
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