Sure, a concrete bolt may sound like the perfect step to skip. But, it is well worth the added cost to ensure the garage does not end up in the neighbors pool during a wind storm. Always properly secure the concrete pad to the garage with a concrete bolt.

Most people are surprised at how easy it is to use concrete anchor bolts to secure a garage. Start right after the concrete pad is poured. Insert an “L” concrete bolt at the center of the bottom plate of the stud wall. At 6′ to 4′ spaces continue to insert the concrete bolts. Then, 2′ from all four corners should also have a concrete bolt inserted. The wet concrete has a tendency to stick to the concrete bolt. Greasing the threads of each bolt can help prevent any unwanted adhesion. Later there can be some difficulty mounting the bottom plate over the concrete bolt, if they are not in the vertical position. Be sure to allow around 3 to 3 ½ inches of the bolt to protrude from the concrete pad. Next, drill a hole in the bottom plate. This hole should be 1/8 inch bigger than the bolt- to allow for some expansion. A washer and nut should be used to fasten the bottom of the plate. Allow the concrete to cure overnight. It should be completely dry before tightening any of the concrete bolts. When it is dry, hand tighten each concrete bolt. Check the positioning, and if properly positioned, then use a socket to completely tighten the bolts.

That really is not a hard step; especially considering the garage is now completely secure, and not going anywhere. Of course, the above steps are to be used to insert concrete bolts into freshly poured (wet) concrete pads. The steps for existing or already dry concrete pads are somewhat different.

Anchoring new fixtures or materials after the liquid has hardened is much more difficult. Lead and zinc anchors have traditionally been used but they are not easy to install and do not make it easy to work with concrete. However, new materials and advanced knowledge has led the industry to have a better understanding of how to make concrete bolt that are easy to use and hold fixtures effectively. Although there are three different types of anchoring methods the most effective for commercial and residential contractors as well as home improvement enthusiasts is a mechanical concrete bolt. Other methods, powder-actuated and chemical, are both considered to be for major industrial use or only to be administered by certified professionals.

As a building material, concrete can be found in roads and pavement, architectural structures, parking lots and facilities, building blocks and slabs, walls and footing and fences and poles. For all practical purposes most concrete structures require some sort of fixture or additional material for completion. A Concrete bolt was created to make concrete an even more diverse material.

Concrete bolts hold tightly to the concrete by either grinding into the concrete as a way of grabbing the sides or by utilizing friction as a holding force. Using old or inferior quality concrete s well as how many bolts are used and where they are placed will impact how well an anchor or bolt performs. Inferior concrete, too many bolts and bolts placed in the wrong spot will all cause the concrete to crumble or break.

For all general applications a concrete bolt can be placed within five diameters of the edge of a concrete structure without causing damage. Other considerations include the angle of the fixture and its weight. These factors can also impact the performance of a concrete bolt. Both can cause a concrete block to break or not hold as strong as needed.

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