[Practice] Foam Molding

"Unable to achieve the expected results" and "Even when following the manual and instructions, the desired foam cannot be obtained" are filled with hints regarding factors and solutions.

Chapter 1: Explanation of Technical Content Related to Foaming Molding - Preparation for Implementing Foaming Molding Chapter 2: Bubble Generation Process and Simulation Technology in Resin Foaming Chapter 3: Control of Bubbles and Properties in Physical Foaming Section 1: MuCellR Technology - Supercritical Foaming Injection Molding Method Using Supercritical Nitrogen and Carbon Dioxide Section 2: Extrusion and RIM Molding Technology Using Supercritical Carbon Dioxide Section 3: Epoxy Resin Foaming Molding and Bubble Structure Control Section 4: Cellulose Nanofiber Reinforced Thermoplastic Resin Foaming Molding Section 5: Molding and Application Development of Olefin Foaming Sheets Chapter 4: Control of Bubbles and Properties in Chemical Foaming Section 1: Selection and Utilization Technology of Chemical Foaming Agents Section 2: Mold Expansion Injection Foaming Molding Technology Section 3: Production Process of Gradient Foamed Rubber Utilizing Transient Thermal Conductivity Characteristics Chapter 5: Property Evaluation Technology for Foamed Materials Section 1: Property Evaluation of Soft Foamed Materials Section 2: Impact Compression Property Evaluation of Polyimide Foams Section 3: Evaluation of Elastic Modulus, Heat Resistance, and Thermal Insulation of Foamed Resins - Independent Bubble Polyethylene Foam - Section 4: Evaluation of Practical Thermal Insulation Performance and Properties of Rigid Polyurethane Foam Insulation Section 5: Tribology and Tactile Properties of Porous Soft Materials

Technical and Reference Books