AECDAILY XY EN 72406 0624 2025
$39.65
Concrete Waterproofing with Crystalline Technology
Published By | Publication Date | Number of Pages |
AECDAILY | 2025 | 88 |
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Slide 1 |
2 | Slide 2: Concrete Waterproofing with Crystalline Technology |
3 | Slide 3 |
4 | Slide 4: How to Use This Online Learning Course |
5 | Slide 5: Purpose and Learning Objectives |
6 | Slide 6: Contents |
7 | Slide 7: THE NATURE OF CONCRETE |
8 | Slide 8: Concrete: The Most Widely Used Building Material |
9 | Slide 9: Composition of Concrete |
10 | Slide 10: Composition of Concrete |
11 | Slide 11: Composition of Concrete |
12 | Slide 12: Porous and Permeable |
13 | Slide 13: Porous and Permeable |
14 | Slide 14: Capillary Pores |
15 | Slide 15: Micro Cracking |
16 | Slide 16: Macro Cracking |
17 | Slide 17: Permeable |
18 | Slide 18: CONCRETE DETERIORATION |
19 | Slide 19: Water Ingress |
20 | Slide 20: Sulfate Attack |
21 | Slide 21: Reinforcing Steel Corrosion |
22 | Slide 22: Freeze‒Thaw Damage |
23 | Slide 23: Freeze‒Thaw Damage |
24 | Slide 24: ASR/AAR |
25 | Slide 25: Carbonation |
26 | Slide 26: TRADITIONAL WATERPROOFING SOLUTIONS |
27 | Slide 27: Traditional Waterproofing |
28 | Slide 28: Liquid Membranes |
29 | Slide 29: Preformed Membranes |
30 | Slide 30: Bentonite Clay Products |
31 | Slide 31: Review Question |
32 | Slide 32: Answer |
33 | Slide 33: CRYSTALLINE WATERPROOFING TECHNOLOGY |
34 | Slide 34: How It Works |
35 | Slide 35: How It Works |
36 | Slide 36: How It Works |
37 | Slide 37: How It Works |
38 | Slide 38: Characteristics |
39 | Slide 39: PROVEN PERFORMANCE |
40 | Slide 40: Testing |
41 | Slide 41: Permeability |
42 | Slide 42: Permeability |
43 | Slide 43: Permeability |
44 | Slide 44: Permeability |
45 | Slide 45: Permeability |
46 | Slide 46: Crack Sealing |
47 | Slide 47: Crack Sealing |
48 | Slide 48: Chemical Resistance |
49 | Slide 49: Review Question |
50 | Slide 50: Answer |
51 | Slide 51: Chemical Resistance |
52 | Slide 52: Chemical Resistance |
53 | Slide 53: Chemical Resistance |
54 | Slide 54: Carbonation Protections |
55 | Slide 55: Green Credentials |
56 | Slide 56: Green Credentials |
57 | Slide 57: APPLICATION METHODS |
58 | Slide 58: Versatility |
59 | Slide 59: Coating |
60 | Slide 60: Coating: Surface Preparation |
61 | Slide 61: Coating: Wetting the Concrete |
62 | Slide 62: Coating: Mixing |
63 | Slide 63: Coating: Application |
64 | Slide 64: Coating: Application |
65 | Slide 65: Coating: Curing |
66 | Slide 66: Admixture |
67 | Slide 67: Dry-shake |
68 | Slide 68: Review Question |
69 | Slide 69: Answer |
70 | Slide 70: CASE STUDIES |
71 | Slide 71: Applications |
72 | Slide 72: WIMR Utility Tunnel Madison, WI |
73 | Slide 73: Embassy Suites Hotel Denver, CO |
74 | Slide 74: Mixed Use Building Palo Alto, CO |
75 | Slide 75: California Academy of Sciences San Francisco, CA |
76 | Slide 76: Paseo Nuevo Office Complex Albuquerque, NM |
77 | Slide 77: NASA Neutral Buoyancy Lab Tank Houston, TX |
78 | Slide 78: CalPERS Headquarters San Francisco, CA |
79 | Slide 79: Sea Lion Sound Exhibit St. Louis, MO |
80 | Slide 80: Valentina Elevator Pit Pisno Beach, CA |
81 | Slide 81: One Hyde Park Residence London, England |
82 | Slide 82: River Rock Casino Richmond, BC |
83 | Slide 83: Cherry Hill Reservoir Seattle, WA |
84 | Slide 84: Duracell Distribution Facility Cleveland, TN |
85 | Slide 85: Maybank Headquarters Kuala Lumpur, Malaysia |
86 | Slide 86: Esplanade – Theatres on the Bay Singapore |
87 | Slide 87: 85th Avenue Apartments Renton, WA |
88 | Slide 88: Thank You |