Deposition and Characterization of D-Gun Sprayed WC-Co Coating with Self-Lubricating Property

Hao Du; C. Sun; Jun Gong; Soo Wohn Lee

doi:10.4028/www.scientific.net/MSF.544-545.215

Paper Titles

Application of Platinum and Titanium Materials as an Electrode for Hygiene Purpose
p.199

Axial Compression and Bending Characteristics of CFRP Hat Shaped Member According to Orientation Angle
p.203

Comparison of Intensity Method and Counting Method in Measurement of Fiber Orientation Angle Distribution Using Image Processing
p.207

Deformation Behavior of Functionally Graded Ti-Ni Shape Memory Alloys
p.211

Deposition and Characterization of D-Gun Sprayed WC-Co Coating with Self-Lubricating Property
p.215

Development of Eco-Flux Laminated Strip for Air Atmosphere Brazing
p.219

Development of Miniaturized Micro Metal Forming Manufacturing System
p.223

Distribution and Shape of the Pores in Water Permeable Concrete
p.227

Dome-Shaped High Power Transformer for Driving A 61 W T5 Lamp
p.231

HomeMaterials Science ForumMaterials Science Forum Vols. 544-545Deposition and Characterization of D-Gun Sprayed...

Deposition and Characterization of D-Gun Sprayed WC-Co Coating with Self-Lubricating Property

Abstract:

A WC-Co coating with self-lubricating property was deposited by detonation gun (D-gun) process, using a WC-Co powder doped with a MoS2-Ni powder, under a proper spray condition. It is proved that the MoS2 composition was kept in the resulting coating by SEM, XRD and EPMA. Evaluation on sliding wear property indicates that the MoS2 composition plays an important role in lowering both coefficient of friction and wear rate for the resulting coating, which is confirmed by observations on wear track. It suggests that the deposition of WC-Co coating with self-lubricating property by D-gun spray is feasible by controlling lubricant powder and spray conditions, which can exhibit higher sliding wear resistance.