Mechanical Cement® Cylinder
Tire-derived-geo-cylinder
Mechanical Cement® Cylinder
Tire-derived-geo-cylinder confining stone aggregates into a solid cell.
Mechanical Concrete® Road Base
Easy to understand, simple to build, virtually indestructible.
4 Dimensional Sustainability
Environmentally Friendly, Economical, Technically Superior, and Socially Supportive.
Stable Retaining Walls
Mechanical Concrete® because of its porosity Eliminates Active Soil Pressure
Rugged Industrial Roads
Mechanical Concrete® bases reduce maintenance on unpaved roads by 75% over conventional unpaved surfaces
Spans Soft Subgrades
Mechanical Concrete® road on Imperial Dunes one of the world’s softest, small particle sands.
Instant Strength
Mechanical Concrete® cells instantly support all construction loads.
Tested
Mechanical Concrete® tire-derived-geo-cylinder columns support minimum 50,000 pounds
Sustainability
Confined Aggregate Testing 5
Bowie Well Pad
ASCE Award
Sam-Bonasso-ASCE-Award
Left to right: Jerry Buckwalter, Sam Bonasso (middle) and Terry Neimeyer
Road Base
Doddridge A WVDOH
Doddridge Base WVDOH
Sundt E. S. D.
Sundt Gibbons
Doddridge Road Base WVDOH 3
Concrete Surface LV Coal Haul Road 6
Building a road on sand
Almost anyone can build with it 16
WVDOH279 Erosion Repair
Bowie Well Pad
Coresco TDC Laurita
DanaMine Coal Haul Rd Laurita
The First
Sundt Imp Dunes
Placing TDC
Mechanical Concrete
Green Construction
Coresco Filling Laurita
Doddridge Today
In the AZ desert
