Retaining walls pocatello,landscaping bel air md,backyard yard chickens,landscape howell mi - Good Point

We install either a wall anchor system or helical tieback system along the retaining wall to reinforce the structure. Signs of a failing retaining wall are usually easy to identify, as shown in the different examples below.
A separating retaining wall may have not been designed to withstand the weight that actually bears on the wall. Retaining walls can crumble for a wide variety of reasons, most related to improper design of the walls itself.
Concrete retaining walls may also have been designed with inadequate steel rebar, resulting in insufficient strength. To repair retaining walls, we at Foundation Supportworks of Idaho typically recommend either wall anchors or helical tiebacks to restore structural integrity.
Both wall repair techniques use a strong steel wall bracket on the exterior of the retaining wall to brace the wall and properly distribute the anchor's clamping pressure.
With both wall anchors and helical tiebacks, your foundation repair contractor will also attempt to return the wall to its original position, restoring its appearance and structural integrity. Wall anchors accomplish this by driving an anchor rod through 1" holes driven into the retaining wall. Helical anchors are installed from the exposed face of the retaining wall, through a hole cut in the wall. This includes situations where rocky soil is an issue, or when space restrictions make auguring a hole beyond the retaining wall an impractical solution.
Like other solutions for structural issues, you will encounter many options for repairing your retaining wall. Our wall anchor systems are designed with galvanized steel to help protect from rust and corrosion. Unless the retaining wall is showing extensive deterioration, removing the walls and rebuilding them should not be a necessary step. Removing and rebuilding a retaining wall is an expensive, time-consuming process that typically involves heavy equipment, major excavation, extra labor, and the loss of valuable landscaping features. Retaining wall anchors are exposed to the elements -- both in the soil and on the wall plates themselves. We recommend installing wall anchors made with galvanized steel -- with a written warranty that stands by the product for decades to come. At Foundation Supportworks of Idaho, we provide warrantied solutions for retaining wall repair throughout Idaho.
Heavy-duty, galvanized earth anchors are embedded in stable, undisturbed soil outside your foundation wall.
While there are a number of potential causes of cracked and bowing foundation walls, the most common reason is pressure from foundation soils. Other factors in foundation wall damage include heavy rains (causing hydrostatic pressure) and exterior slabs such as driveways or porches, that put pressure on the wall by expanding in hot weather (street creep). One of the problems with foundation soils is that while the earth is continually pressing against the outside of the walls, nothing on the inside is equalizing that pressure. Foundation wall anchors extend out to the stable, hard-packed soil beyond your home, anchoring themselves there and bracing the foundation wall.
Foundation wall anchors have been used successfully to stabilize and straighten foundation walls since the late 1970s. Wall anchors are the most versatile wall repair method because they can be used to stabilize walls with a variety of problems, including bowing walls, tipping walls, and walls that are pushing in at the bottom.

In order for a wall anchor system to work effectively, several feet of access is needed on the outside of your home. At Foundation Supportworks of Idaho we can fix foundation issues related to bowing, buckling basement walls of all types.
If you would like a free, no-obligation, written foundation wall repair quote, we're the contractors for you!
Since carbon fiber straps are not attached to anything but the wall itself, they should NOT be used if your basement walls have started to slide in at the bottom or lean in at the top. If you have rocky soil or there are property line issues, I-Beam systems are a good option for stabilizing bowing, tilting, or inwards-sliding walls. Helical anchors have been used to stabilize foundations and retaining walls for years -- and they've proven to be quite effective. To install a helical anchor in the wall one of two things must be done: Either the wall must have a large hole cut in it for each anchor, or the outside of the home will need to be excavated at each anchor point to attach the helical pier section to the rod that will advance the anchor into the earth.
Cutting a hole in the wall will often lead to water issues in the future, while excavating around the foundation is labor-intensive and damaging to landscaping. Wall anchors have been used successfully since the late 1970's to stabilize foundation and retaining walls.
Once installed, wall anchors will hold walls in their current position without any further adjustment. We are a locally owned and operated company proudly serving Idaho Falls, Boise, Pocatello, Nampa, Meridian, Coeur D Alene, Caldwell, Twin Falls, Lewiston, Post Falls, and the surrounding areas.
Foundation walls begin to bow and buckle when outside pressure on the wall become greater than the wall's strength. The answer to bowing foundation walls is to add counterpressure to the walls from the inside. Cracks in a foundation wall usually accompany a number of other problems in a home, such as tilting chimneys, jamming windows and doors, and cracks in drywall surfaces. In addition to cracking and creating an uneven floor surface, a sinking or heaving foundation floor can also damage partition walls. If your windows and doors are sticking above a crawl space, the fault may lie in the central post-and-beam support system rather than in the perimeter walls.
In many cases, a collapsing retaining wall can be effectively returned to strength with a wall anchor system. Basement walls are also a type of retaining wall -- and similar repair options are available for both. More simply, retaining walls are used to hold back soil and substrate from moving due to the effects of gravity and erosion. If water accumulates behind the wall, this additional weight can cause clay soils to expand, leading to cracks and tilting. Poor drainage and inadequate reinforcement or connection to the adjacent wall are other possible causes.
In the case of concrete retaining walls, the issue may be inadequate, weak, or poorly mixed concrete.
These rods are connected to earth anchors that are placed within augured holes within the soil beyond the retaining wall. However, in some cases, wall anchor installation is not a possibility, and helical anchor installation must be considered. This will lower the property value possibly lead to early failure of the wall anchor system.

For homeowners interested in learning more about their unique problem, we offer free, written retaining wall repair quotes at no obligation. Each anchor is connected by a steel rod to a wall plate that provides clamping pressure against the inside of the foundation wall. When this force exceeds the wall's ability to resist it, the wall begins to fail in different ways. Foundation wall anchors address this problem by "gripping" the inside surface of the wall and countering that pressure.
This stops inward movement entirely -- and over time, tightening these anchors can even move your foundation walls back to their original position. Wall anchors are installed independently of a home's floor systems, making them the ideal installation under appropriate conditions. Our wall anchor systems include a 25-year warranty against manufacturing defects, as well as a performance warranty from us. Because it doesn't stretch, it can be 'glued' to concrete walls to keep them from bending or bowing inwards. The PowerBrace's patented design takes this one step farther -- with an adjustable design that will also straighten the walls over time. These systems consist of heavy-duty galvanized steel earth anchors that are embedded into the soil away from the foundation wall.
Wall anchors can be tightened during dry periods, allowing for improvement and straightening of the wall over time.
As the wall begins to fail under the pressure, cracks will form, and the wall will either buckle inwards in the middle, tilt inwards at the top, or slide in at the bottom. By installing foundation wall anchors on the inside of the walls, you can prevent their inward movement and potentially straighten the walls back to a level position. Most frequently, they fail when the foundation footing has been improperly designed or when a wall has to retain more weight than its design allows.
Retaining walls are typically designed out of concrete, stone, wood (including railroad ties), vinyl, masonry, steel, or brick.
In unusual cases, expansive soils may also cause a retaining wall to separate from an adjoining wall. After closing the hole in the retaining wall, a wall plate is installed and a nut is tightened over the protruding threaded rod to brace the wall. Larger structural cracks are most commonly caused by either foundation settlement or expansive soils pressing on the foundation walls. Walls that have been built with weak, poorly mixed concrete or inadequate steel rebar can also collapse. Department of Housing and Urban Development as the most effective means of stabilizing bowing foundation walls. Heaving foundations typically lead to cracks on drywall and on the slab floor of a home .Exterior walls may also show cracks.

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