PT Journal
AU Tavodova, M
   Hnilica, R
TI Assessment of selected properties of treated tool surfaces examined to increase tool life time
SO Manufacturing Technology Journal
PY 2020
BP 257
EP 264
VL 20
IS 2
DI 10.21062/mft.2020.023
DE microploughing; microcutting; abrasive wear; heat treatment; hardfacing materials.
AB The article deals with the evaluation of interactions between abrasive particles and treated sample surfaces. It represents a summary of the knowledge gained from research the wear of tools for crushing unwanted growths. Samples of materials were tested under laboratory conditions. The hardness of HRC and HV10 was evaluated in the experiment, abrasive wear rate, assessed according to standard GOST 23.208-79. The depth of the track under test disc by using silicon abrasive particles was also evaluated. Furthermore, the hardness coefficient KT relative to the base material of the tool - 16MnCr5 steel and the hardness of abrasive were determined. By comparing the measured and calculated values the heat treatment procedures and hardfacing materials were assessment. By comparing the measured and calculated values the heat treatment procedures and hardfacing materials were as-sessment, which are expected to provide an increase the abrasion resistance towards to an abrasive, heterogeneous working environment in operation.
ER