Tag: centerline joints

The J-Band Blog

IDOT Investing in VRAM to Save Infrastructure Dollars

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About This Project: A project utilizing VRAM took place on IL-49 in Vermillion County, Illinois on September 27th. This was a 14.5-mile, two-lane project. It began on the southern end at US-150 west of Fithian, ending at US-136 on the northern end. IDOT designated VRAM for the application to the...
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How Lawrence County, IL Creates a More Resilient and Reliable Infrastructure

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About this project: A Void Reducing Asphalt Membrane, (VRAM), project took place on August 29th and 30th in Lawrence County, Illinois. This 66,040-foot project took place on IL-33 from the Crawford County line to Old US 50. VRAM was designated for application to the centerline joint with a width of...
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How Allen County, Indiana is Extending the Life of Roads with VRAM

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About this project: A Void Reducing Asphalt Membrane, VRAM, project took place on August 16th in Allen County, Indiana. This project on Carroll Road covered the section from Hand Road to US-33. VRAM was applied to the centerline joint, prior to HMA paving with a targeted 18” wide band as...
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Westerville Investing in Longer-Lasting Roads

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About this project: VRAM projects on multiple roads within the City of Westerville took place on August 15th. These projects included, Hideaway Woods Drive, (from Dempsey Road to the dead end), Wetherby Lane, (from Crossbrook Boulevard to County Line Schrock Road), and Crossbrook Boulevard, (from Schrock Road to Wetherby Lane)....
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IDOT Saving Infrastructure Dollars with VRAM

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About this project: A VRAM project on I-24 in Massac County, Illinois took place on August 19th. This 161,778-foot project went from the Johnson County line to the Ohio River Bridge. IDOT designated VRAM for the application to the centerline joint prior to the final HMA paving. This was an...
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WisDOT Building Longer-Lasting, Safer Roads with VRAM

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Road managers know that the longitudinal joint is the first part of the pavement to fail. As a road’s most permeable part, this joint is susceptible to the elements. Air and water work down through this gap causing the joint to deteriorate, crack and pothole. And when the longitudinal joint...
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