AMC - Atlas Master Companies

Description

At Atlas we are working every day to find and offer products that will help our customers make 'going green' easier while still being cost effective. As a result, from the founding of our company in 1993, we committed our company and resources to using more eco-conscious steel foundation products. We continue to actively seek out green products and procedures that meet our high quality standards. We at Atlas are proud to use eviromentally conscience products made by ECP™ .

AMC uses quality waterproofing products that are designed and engineered to perform at the highest standards. From sump pumps to crawlspace barriers, we provide the best solution for all your commercial and residential waterproofing needs. At AMC, our products are made by Earth Contact Products (ECP) , the leading manufacturer in the waterproofing industry. We guarantee quality products, along with top notch service.

For quality craftsmanship and work in the areas of structural repair, waterproofing, masonry, and concrete repair in Virginia, you won't find a team more dedicated to quality work and customer service. We are a family owned business with years of experience in our area. We have three divisions of our company including foundation repair systems, basement systems for crawlspace and basement waterproofing and repair, and our masonry and concrete division. We have a highly trained staff for each division that specializes in their area.

Let Team Atlas be your first choice for your foundation, waterproofing, or masonry related projects. Atlas Master Companies (AMC) is a family owned business based in Virginia. The company was founded in 1993 by Brian Endres, offering structural and waterproofing systems in Virginia. There are three separate, but relational, divisions of products and services which encompass foundation repair systems, basement - crawlspace waterproofing, and masonry work . AMC has extensive experience in residential, commercial, and historical building work.

The most common way to prevent this kind of soil failure is to provide lateral support to the unstable soil situated in front of the slip plane. One common way to do this is with a retaining wall and tieback anchors. The tiebacks work together with the structural retaining wall to provide sufficient lateral support to retain the unstable soil mass. The retaining wall must be designed and constructed to provide rigid support for the soil mass across the distance between the tieback anchor placements. One often sees tieback anchors spaced eight to twelve feet or more apart along a retaining wall.

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