Mechanical Properties of W2NiB2 – Ni Boride Base Cermets
Yohei MATSUOKA, Takuya Fujima, Ai Momozawa, Ken-ichi Takagi
Abstract
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Yohei MATSUOKA, Takuya Fujima, Ai Momozawa, Ken-ichi Takagi
Abstract
Open-access reader
W2NiB2 – Ni ternary boride cermet was studied for use as wear resistant hard materials. Microstructure configuration and mechanical properties of W2NiB2 – Ni ternary boride cermet were investigated, such as transverse rupture strength and Rockwell A hardness in different W/B ratios. The existence of W2B phase with W/B = 1.05, 1.10 samples leads the microstructure refinement. W2NiB2 – Ni ternary boride cermet showed mechanical properties of HRA86.0 in hardness, and 1.48 GPa in transverse rupture strength with W/B = 1.00 sample. W2NiB2 – Ni ternary boride cermet needs improve mechanical properties to be an alternative material to wear resistant hard materials such as WC – Co.
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W2NiB2 – Ni ternary boride cermet was studied for use as wear resistant hard materials. Microstructure configuration and mechanical properties of W2NiB2 – Ni ternary boride cermet were investigated, such as transverse rupture strength and Rockwell A hardness in different W/B ratios. The existence of W2B phase with W/B = 1.05, 1.10 samples leads the microstructure refinement. W2NiB2 – Ni ternary boride cermet showed mechanical properties of HRA86.0 in hardness, and 1.48 GPa in transverse rupture strength with W/B = 1.00 sample. W2NiB2 – Ni ternary boride cermet needs improve mechanical properties to be an alternative material to wear resistant hard materials such as WC – Co.
Key concepts: Cermet, Boride, Rockwell scale, Materials science, Microstructure, Ternary operation, Metallurgy, Composite material