This relatively small project for Myers and Sons Construction is primed by Road and Highway Builders of Nevada. Myers and Sons Cons is contracted to place a 20 CY overlay... read more →
This project is a Joint Venture between Myers and Sons Construction and Shimmick Construction. Once this three year project is complete the 710 Freeway from Imperial Highway to Interstate 10... read more →
This project is an excellent example of the Myers and Sons Construction, LP (Myers) delivering a complex project on time, utilizing preconstruction mock ups of existing conditions to create a... read more →
The California Department of Transportation (Caltrans) chose to rehabilitate a portion of highway 99 in Stanislaus County from Merced County line to San Joaquin County Line. The goal of this... read more →
The Red Bluff Project was a 5.3 mile roadway rehabilitation project on Interstate 5 near Adobe Road. The project involves renewing and upgrading the Portland Cement Concrete Pavement (PCCP) and... read more →
Subcontracted to Razz Construction and one of Myers and Sons first out of state project, the contract called out for 3,795 SY of polyester over one structure along US Highway... read more →
This Caltrans project consisted of bridge deck repair at various locations along Route 5 in Shasta County, which include the removal of asphalt concrete surfacing, removal and replacement of unsound... read more →
This polyester project took place on Route 36 and 299 in various locations in Humboldt County. Work included polyster overlays, the removal and replacement of unsound concrete, joint seals and... read more →
Myers and Sons Construction was awarded this project by Caltrans District 3 for the repair and rehabilitation of nine bridges in four different cities. This project consisted of replacing joint... read more →
This project consisted of bridge rehabilitation in Contra Costa County at various locations. The construction activities to rehabilitate 7 bridges included grinding, polyester overlay, concrete patching, treating deck with methacrylate... read more →