This research aims to investigate the microstructure and compressive performance of diamond/alumina composites produced through digital light processing.
Fabricated diamond/alumina composites using digital light processing technology.
Characterized microstructure and phase composition post-sintering treatment.
Conducted mechanical properties testing to evaluate compressive strength and ductility.
Alumina particles maintained a defined morphology with a size of 6 μm.
Compressive strength of the composites was 46.19 ± 1.07 MPa with an elastic modulus of 331.23 ± 8.69 MPa.
Diamond/alumina composites showed an increase in elongation to 27.26 ± 0.17%, indicating improved ductility.