Diffusion Barrier Effect of TiC Layer Formed at the Bonding Interface and Bonding Characteristics of an Explosively Welded Ti/SUS420J1 Stainless Steel Clad by Heat Treatment

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Other Title
  • 爆着チタン・ステンレスクラッド鋼板の熱処理による接合特性の変化とTiC炭化物の拡散バリア効果
  • バクチャク チタン ステンレス クラッド コウハン ノ ネツ ショリ ニヨル

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Description

The high temperature stability of an explosively welded Ti/SUS420J1 stainless steel clad was assessed by studying microstructures and bonding strengths of the clads with changing the annealing temperature. Compounds formed at their bonding interfaces consisted of TiC, FeTi, and/or Fe2Ti phases depending on the annealing conditions. The TiC layer formed at the boundary acts as an barrier for the diffusion of the base metals across the bonding interface under the 1000°C annealing and prevents the growth of intermetallic compounds, (FeTi and Fe2Ti) and of β-Ti. The specimens formed TiC layer at the bonding interface sustained high bonding strength even by high temperature annealing. Diffusion barrier effect diminished above 1050°C annealing due to the dissolution of TiC layer in γ matrix and the strength decreased. The diffusion barrier effect of the TiC layer was discussed on the basis of phase diagrams and physical properties of TiC compound.

Journal

  • Tetsu-to-Hagane

    Tetsu-to-Hagane 83 (11), 736-741, 1997

    The Iron and Steel Institute of Japan

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