Tribology of Clay Bonded Silicon Carbide

  • 발행 : 1996.12.01

초록

A small amount of fine particle graphite was added to $\alpha$-SiC and $\beta$-SiC having certain particle distributions, and they were mixed clay and frit. After forming, they were sintered at 140$0^{\circ}C$ for 3 hours. Tribological properties of sintered $\alpha$-SiC-$\beta$-SiC-graphite-clay (frit) system showed that kinetic friction coefficient was 0.108, specific wear rate was 1.3${\times}10^-8\;mm^2$.$kgf^1$, and torque was 0.01kgf.cm at the wrench torque of 100 kgf.cm.

키워드

참고문헌

  1. Wear v.180 Effect of Microsture on Erosive Wear Behavior of SiC Ceramics Dong, F. Wong;J i H . She;Zhi. Y, Ma
  2. Wear v.171 Wear Mechanisms and Tribomapping of Al₂O₃and SiC in Dry Sliding A. Blomberg;M. Olsson;S. Hogmark
  3. J. Material Science v.20 Friction and Wear Properties of Monolithic Silcon Based Ceramics D. C. Cranmer
  4. Wear v.82 Tribological Properties of Silicon Carbide in the Metal Removal Process KAZUSHIMA MIYOSHI;Donald H. Bucklery
  5. TAIKABUTSU v.45 no.11 Hight Temperature Oxidation of SiC-based Monolithic Refractories M.ISHIKAWA
  6. J. Ceram. Assoc. Japan. v.67 no.7 Influence of Clay Binders on the Oxidation of Sintered Silicon Carbide Bodies H. Suzuki
  7. cfi/Ber. DKG. v.65 no.8;9 On the Oxidation Mechanisms of Silicon Carbide in the 300℃ to 1300℃ Temperature Range B. Frish;W. R. Thiele;R. Drumm, B.
  8. J. Korean Ceramic Society v.32 no.9 Tribologiic Properties of Clay Bonded SiC S. J. HAN;K. H. LEE;J. H. LEE;H. K. Kim
  9. Wear v.171 Wear Mechanisms and Tribomapping of Al₂O₃and SiC in Dry Sliding A. Blomberg;M. Olsson;S. H
  10. Annual Meeting preprint 83-AM-4A-1 Sintered Silicon Carbidrs with Controlled Properties for Mechanical face Seal Applications R. Divakar
  11. MPR April Developement of Selflubricating Carbides Kei Tokamoto;Akira Tanaka