Figure 9 The dependence of the coefficient of friction on the path length of
organoplastics based on PFR and containing:
60 mass.% of Rusar fiber (1), 60 (2) and 70 (3) mass.% of Tanlon fiber
Source: developed by the author
Figure 10 The intensity of linear wear of organoplastics based on PFR and
containing: 60 mass.% of Rusar fiber (1), 60 (2) and 70 (3) mass.% of Tanlon fiber
Source: developed by the author
With regard to wear, OP containing 60 mass.% of Tanlon has the best wear
resistance; wear increases with the increase of its content to 70 mass.%. This is
explained, as in the case with the friction coefficient, by the fact that loosening at the
boundary “polymer-fiber” begins to prevail over the streamlining of the
macromolecules of binder.
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