Abstract
Abrasive wear in three-phase waste-based polymeric particle composites
Highlights
A polymeric particle composite is a material whose frame has the shape of particles not too different in individual parameters and whose matrix is a polymeric material, most often thermoset in the form of epoxy or polyester resin
The results presented here compare the waste-based composite systems with epoxy resin without filler and two composite systems on a similar basis commonly available in retail establishments (Lepox Metal, Eprosin T30)
The authors describe the theme of particle composites in great detail, but the possibility of the application of waste-based particle filler produced by the jet blasting waste and metallic chips into epoxy resins was not yet described in any of the accessible sources
Summary
A polymeric particle composite is a material whose frame has the shape of particles not too different in individual parameters and whose matrix is a polymeric material, most often thermoset in the form of epoxy or polyester resin. The experiment as described in this entry is proving the hypothesis that the inclusion of a secondary material into the polymeric matrix creates a brand new material showing properties similar to those of composites with a primary raw material. This entry deals with two waste-based fillers and their combinations: abrasion waste from the jet blasting process and the iron metallic chips (regular carbonated steel) from the milling process. The increased hardness of the matrix induced by the inclusion of frame impacts on the depth of invasion of the abrasive particles and decreases the volume of the ablated material [2, 4, 5, 6]
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