Reducing Chloride Attack with Internally Cured Concrete
Expanded Shale, Clay and Slate Institute
ESCSI is the association for manufacturers of rotary kiln-produced expanded shale, clay and slate lightweight aggregate.
Concrete pavements and bridge decks face an increased risk of chloride attack, the leading cause of concrete failure. However, internal curing helps concrete reach its maximum potential by reducing the material’s permeability. Click below to read more about how internally cured concrete can reduce chloride penetration for longer-lasting concrete structures: https://lnkd.in/gBfgd_Nk #ESCSI #ESCS #InternalCuring #ConcretePavement #BridgeDeck #ChlorideAttack
Mississippi Public Safety Building Case Study
"Lightweight aggregate + MVRA 900 moisture mitigating admixture by ISE Logik Concrete Solutions = cost savings, higher fire rating, faster turnaround, and no worries about moisture's detrimental problems for the flooring contractor. Roughly 2000 yards of structural, lightweight concrete was provided by MMC Materials, Inc., and AnderCorp Jackson, MS office, led the construction."
Watch this case study: https://lnkd.in/eZsiGTRz
With Arcosa Inc., Dean Craft, David Seland, Nathaniel Reynolds, Ben Hardy, Bill Roper, Harry Lubitz, CSI, CDT, IIBEC, ASTM, AIA Allied, MMC Materials, Inc.. AnderCorp
ESCS Chip Seal for Pavement Preservation
" South Ogden City is a shining example of the benefits of a dedicated #PavementPreservationProgram (#PPP). Consistently implementing this program over the years has led to a remarkable improvement in their street conditions. By repairing and repaving distressed streets and applying preservation treatments using #Utelite #Lightweight #ChipSeal #Aggregate, the city has significantly extended the life and usability of its pavement. This proactive approach has greatly enhanced the quality of streets throughout the city."
Holcim-Utelite #ESCS