By the "OX-FSP process," high residual compressive stress is imparted! Furthermore, the fatigue strength is significantly improved by the "hybrid peening" developed by Oxo.
The "OX-FSP treatment" imparts high residual compressive stress, and furthermore, the "Hybrid Peening" developed by Oxy provides even higher residual compressive stress from the surface to the interior, significantly improving fatigue strength through synergistic effects with heat treatment. ■ Residual Compressive Stress Measurement Data *Refer to Image 1 Compared to conventional hard shot peening, it imparts higher residual compressive stress. High effectiveness is expected with Hybrid Peening even to the interior. ■ Rotating Bending Fatigue Test *Refer to Image 2 Strength Carburized Product: 600 MPa OX-FSP: 1200 MPa The "OX-FSP treatment" has confirmed a 200% improvement in fatigue strength compared to carburized products. *For more details, please download the PDF or feel free to contact us.
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OXISO Co., Ltd. has been honing its surface modification technology for engine parts and molds in Iwata City, Shizuoka Prefecture, where manufacturing technology has been accumulated for many years. Utilizing our accumulated technology and know-how, we understand the challenges faced by customers struggling with issues such as insufficient strength of parts and worsening defect rates on mass production lines. Like a doctor providing precise diagnoses and careful treatment, we identify the problems our customers face, investigate the causes, and offer optimal processing solutions.
