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This document outlines various processing and fabrication techniques for molecular and fiber-reinforced thermoset and thermoplastic materials. Key methods discussed include laminating, vacuum bagging, injection molding—both thermosets and thermoplastics—compression molding, and advanced curing processes. The text also explores film production, foam spraying, and the use of mixing equipment for blending and compounding materials. Additionally, it includes insights on mold creation and the application of adhesives in manufacturing processes.
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11. Processing and fabrication Orientation of molecular and fibers
Reinforced thermoset processing • Laminating • - Contact pressure • Dead load
Vacuum Bagging • Elastic tape • Shrink tape, sleeving, or fibers • Autoclave
Hydroclaves • Inflatable bags - Spray layup
Press molding • Silicone rubbers • Laminated injection molding • Filament winding
Prepregs • Molding thermosets • Compression molding • Transfer molding • Injection molding thermosets
Reaction injection molding • Casting • Cure cycles • Curing rate
Curing cure Thermoplastic processing • Injection molding
Extrusion • Blow molding 1.Extrusion blow molding
2. Injection blow molding 3. Stretch blow molding
Rotational molding • Compression molding thermoplastics • Vacuum forming • Films • Cast films • Calendering • Extrudeed flims
Extrusion coating • Thermoplastic foaming processing • Polystyrene • Polyvinyl chloride • Engineering thermoplastic foam
Molds Mixing equipment • Blending and compounding • Blenders • Intensive mixing dispersers • Roll mills
Polyurethane foam pouring • Portable foam packs • Urea formaldehyde foaming