Figure 1: Schematic of a Micro-Surfacing Machine
Figure 2: Micrograph of a Latex/Asphalt Cured Film
Figure 3: Good Mixture Consistency
Figure 4a: Wet Track Abrasion Test Apparatus and Test in Progress
Figure 4b: Wet Track Abrasion Test Apparatus and Test in Progress
Figure 5a: Loaded Wheel Test and Excess Asphalt Test Apparatus and Test Samples
Figure 5b: Loaded Wheel Test and Excess Asphalt Test Apparatus and Test Samples
Figure 6: Determining Optimum Binder Content
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Figure 7: Slurry Surfacing Machine
Figure 8: Slurry Seal Box with Augers
Figure 9a: Micro-Surfacing Equipment and Application
Figure 9b: Micro-Surfacing Equipment and Application
Figure 10: Rut Box
Figure 11: Adjustable Edge Box
Figure 12: A Typical Stockpile and Project Staging Area
Figure 13a: Surface Preparation Methods
Figure 13b: Surface Preparation Methods
Figure 13c: Surface Preparation Methods
Figure 13d: Surface Preparation Methods
Figure 13e: Surface Preparation Methods
Figure 13f: Surface Preparation Methods
Figure 14: Effects of Temperature on Break Rate
Figure 15a: Scratch Coat Principles and Treatment
Figure 15b: Scratch Coat Principles and Treatment
Figure 16a: Rut Filling Principle and Sectional Diagram
Figure 16b: Rut Filling Principle and Sectional Diagram
Figure 17: Suitable and Unsuitable Surfaces to Use Micro-surfacing as a Rut Filler
Figure 18a: Longitudinal Joints
Figure 18b: Longitudinal Joints
Figure 19a: Transverse Joints
Figure 19b: Transverse Joints
Figure 20a: Edges and Shoulders
Figure 20b: Edges and Shoulders
Figure 21a: Poor Mixes
Figure 21b: Poor Mixes
Figure 22: Wash Boarding Effect
Figure 23: Traffic Damage Caused by Early Trafficking
Figure 24: Damage Due to Post Application Heavy Rain with Shear
Figure 27: Sweeping with a Suction Broom
Figure 28: Sanding at a Cross Street
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