Application of porous ceramic decorative plate materials in industrial design
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This research seeks to revolutionize interior landscape design by employing cutting-edge technologies such as 3D printing andNano porous ceramic sheets. The proposed method uses photo curing molding technology to create highly accurate resinmolds, which are then used to form complex structural porous ceramic parts using a vacuum pressure process with a lowviscosity,high-solid-content alumina ceramic slurry. In addition, this study examines how various factors, such as the pH levelof the slurry, the dispersant dosage, and the use of vacuum pressure, influence ceramic molding. The results show that underspecific circumstances, alumina ceramics with a high-volume fraction, porosity, and compressive strength can be produced. This enables the production of porous ceramic components with complex structures using ceramics, providing a practical andcost-effective solution.
Abstract
This research seeks to revolutionize interior landscape design by employing cutting-edge technologies such as 3D printing andNano porous ceramic sheets. The proposed method uses photo curing molding technology to create highly accurate resinmolds, which are then used to form complex structural porous ceramic parts using a vacuum pressure process with a lowviscosity,high-solid-content alumina ceramic slurry. In addition, this study examines how various factors, such as the pH levelof the slurry, the dispersant dosage, and the use of vacuum pressure, influence ceramic molding. The results show that underspecific circumstances, alumina ceramics with a high-volume fraction, porosity, and compressive strength can be produced. This enables the production of porous ceramic components with complex structures using ceramics, providing a practical andcost-effective solution.
참고문헌 (21)
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