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FRP Entrances: The Science Behind the Door, 2024
- Slide 1
- Slide 2: FRP Entrances: The Science Behind the Door
- Slide 3
- Slide 4
- Slide 5: How to Use This Online Learning Course
- Slide 6: Purpose and Learning Objectives
- Slide 7: Contents
- Slide 8: INTRODUCTION TO FRP
- Slide 9: Fiberglass vs. FRP
- Slide 10: History of the FRP Industry
- Slide 11: History of the FRP Industry
- Slide 12: History of the FRP Industry
- Slide 13: FRP Architectural Benefits
- Slide 14: FRP COMPONENTS
- Slide 15: Fiberglass
- Slide 16: Fiberglass
- Slide 17: Resins
- Slide 18: Resins
- Slide 19: Catalyst
- Slide 20: Surface Finish or Surface Coating (Gelcoat)
- Slide 21: FRP MANUFACTURING METHODS
- Slide 22: Molding Techniques
- Slide 23: Open Mold FRP Manufacturing Methods
- Slide 24: Open Mold FRP Manufacturing Methods
- Slide 25: Closed Mold FRP Manufacturing Methods
- Slide 26: Pultrusion
- Slide 27: Pultrusion
- Slide 28: Thermally Fused Composite
- Slide 29: Thermally Fused Composite Manufacturing Process
- Slide 30: Thermoset and Thermoplastic Resins
- Slide 31: Resin Transfer Molding (RTM)
- Slide 32: Review Question
- Slide 33: Answer
- Slide 34: TYPES OF FRP DOORS, FRAMES, AND CORES
- Slide 35: Types of FRP Doors and Frame Construction
- Slide 36: Composite FRP Doors
- Slide 37: Pultruded FRP Doors
- Slide 38: Pultruded FRP Doors
- Slide 39: Resin Transfer Molding (RTM) FRP Doors
- Slide 40: FRP Aluminum Hybrid Doors
- Slide 41: FRP Aluminum Hybrid Doors
- Slide 42: FRP Aluminum Hybrid Doors
- Slide 43: Fire-Rated FRP Doors
- Slide 44: FRP Door Core Types
- Slide 45: FRP Frames
- Slide 46: Standard Pultruded FRP Frames
- Slide 47: Heavy-Duty Pultruded FRP
- Slide 48: Review Question
- Slide 49: Answer
- Slide 50: SURFACE TEXTURE AND FINISHES
- Slide 51: Surface Texture and Finishes
- Slide 52: Gelcoat Finish
- Slide 53: Gelcoat Oxidation and UV Damage
- Slide 54: Gelcoat Oxidation and UV Damage
- Slide 55: Why Use Gelcoat?
- Slide 56: Refinishing FRP: Gelcoat
- Slide 57: Refinishing FRP: Gelcoat
- Slide 58: Refinishing FRP: Polyurethane
- Slide 59: Moisture and Corrosion
- Slide 60: Moisture and Corrosion
- Slide 61: FRP DOOR CASE STUDIES
- Slide 62: Wheaton College (Wheaton, IL, USA)
- Slide 63: Wheaton College (Wheaton, IL, USA)
- Slide 64: Wheaton College (Wheaton, IL, USA)
- Slide 65: Wheaton College (Wheaton, IL, USA)
- Slide 66: Wheaton College (Wheaton, IL, USA)
- Slide 67: Wheaton College (Wheaton, IL, USA)
- Slide 68: Wheaton College (Wheaton, IL, USA)
- Slide 69: Sheridan College (Ontario, Canada)
- Slide 70: Sheridan College (Ontario, Canada)
- Slide 71: Sheridan College (Ontario, Canada)
- Slide 72: Sheridan College (Ontario, Canada)
- Slide 73: Sheridan College (Ontario, Canada)
- Slide 74: SUMMARY AND RESOURCES
- Slide 75: Summary
- Slide 76: Resources
- Slide 77: Thank You [Go to Page]