Mechanical Properties and Heat Treatment Research on Machinable Glass-Ceramic

Shuang Hua Wang; Xiu Li Zhang; Heng Zhang

doi:10.4028/www.scientific.net/AMR.476-478.994

Paper Titles

Study on Morphology and Property of UHMWPE/ PP Blends
p.974

Realization of A Data Communication Card for A High Speed Digital Electronic Engraving Machine
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Preparation of Dumbbell-Like ZnO Microcrystals and Characterization of their Thermal Radiation Properties
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Synthesis of γ-Bi₂MoO₆ Spheres and their Photocatalytic Activities for Degradation of Rhodamine B
p.988

Mechanical Properties and Heat Treatment Research on Machinable Glass-Ceramic
p.994

Synthesis of Au Nano-Particles Using Plasma Sputtering into Oil
p.999

Effect of Multiple-Binders on Properties of Al₂O₃-Based Ceramic Foam Filter
p.1003

Effect of Solid Content on Performance of Porous Alumina Ceramic by Gel-Foaming
p.1007

Frequency Conversion Timing to Adjust the Centrifugal Pump Flows
p.1011

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 476-478Mechanical Properties and Heat Treatment Research...

Mechanical Properties and Heat Treatment Research on Machinable Glass-Ceramic

Abstract:

A new kind of machinable glass-ceramic was prepared by the sintering methods which has the high KIC, flexural intensity and other good mechanical properties so that it could be machined using the normal machinable methods such as turning, milling and drilling. The hardness and flexural intensity which was the main mechanical property factor influenced the machined ability was researched in detail with the help of TG-DSC, SEM, metalloscope, Hv hardness and flexural intensity measurements. Based on the orthogonal design methods (L2554) and numerical solution, the effects of the heat treatment about devitrification on the mechanical properties were analyzed and concluded that the mechanical properties was mainly influenced by the crystal temperature and heat holding time.