The ability of clay soil to attract and hold moisture during the wet season causes it to swell. This is a dangerous attribute with the potential of wrecking an entire building. It is a threat to projects that are constructed on such a ground. Clay soil stabilization is required to mitigate the damage and make the area ready to host pad sites and parking lots, among other structures.
Contractors replaced the mud with a select fill to enable them erect their heavy and durable structures. This approach is deemed expensive and time consuming. The select fill has to be prepared and transported to the site. It takes a lot of time and might not provide an effective long term solution.
The area may also be stabilized using piers or other mechanical methods. This will cost a fortune and greatly inflate your construction budget. Other methods that have been used include injection of water to keep the surface moist at all times. This only works on temporary basis and is considered as delaying damage. The alternation of wet and dry seasons will present a challenge and is likely to cause extensive damage.
The use of Condor SS has scientific backing for use before construction or during repair. The earth sheds off water instead of absorbing it. It prevents the regular shrinking and swelling that is witnessed during dry and wet seasons. The construction surface therefore becomes consistently firm and ready to support any structure.
Condor SS is derived from crude oil because of its stabilizing properties. When applied on foundations, it causes water to naturally drain through evaporation, compaction and gravity. The resulting surface is a consistent texture that is ready for construction. The alternation of wet and dry seasons will not cause swelling and shrinking of the ground.
Application of condor SS should be done before the damage has occurred. This way, it will prevent cracks from forming on the structure. Where damage has already occurred, it should be applied before performing repairs. This will prevent the recurrence of damage or extension into other areas.
When Condor SS is applied beneath the foundation, the damage is easy to control. This can be used independently or to support mechanical measures undertaken. By extending the cushion, you are guaranteed that the mechanical measures taken will not be overwhelmed. The structure can withstand moisture variations and remain strong.
Application of the stabilizer does not require investment in new equipment. The contractor uses the same pumps and tanks used in pumping water. It is the best alternative compared to digging out the earth and replacing it with select material. It is less expensive and does not significantly alter the natural texture of the surface.
Stabilizing the ground before construction offers numerous benefits. It allows you to cover the area evenly and create as sense of certainty. Stabilization experts in Las Vegas NV examine the earth to determine the right strength. The concentration will depend on the amount of clay present.
Condor SS is an environmentally friendly product that is approved by industry regulators. Less energy, materials and equipment are used to produce a very durable surface. The resulting surface can support expansive commercial, residential and industrial structures as well as roads, runways and parking lots.
Contractors replaced the mud with a select fill to enable them erect their heavy and durable structures. This approach is deemed expensive and time consuming. The select fill has to be prepared and transported to the site. It takes a lot of time and might not provide an effective long term solution.
The area may also be stabilized using piers or other mechanical methods. This will cost a fortune and greatly inflate your construction budget. Other methods that have been used include injection of water to keep the surface moist at all times. This only works on temporary basis and is considered as delaying damage. The alternation of wet and dry seasons will present a challenge and is likely to cause extensive damage.
The use of Condor SS has scientific backing for use before construction or during repair. The earth sheds off water instead of absorbing it. It prevents the regular shrinking and swelling that is witnessed during dry and wet seasons. The construction surface therefore becomes consistently firm and ready to support any structure.
Condor SS is derived from crude oil because of its stabilizing properties. When applied on foundations, it causes water to naturally drain through evaporation, compaction and gravity. The resulting surface is a consistent texture that is ready for construction. The alternation of wet and dry seasons will not cause swelling and shrinking of the ground.
Application of condor SS should be done before the damage has occurred. This way, it will prevent cracks from forming on the structure. Where damage has already occurred, it should be applied before performing repairs. This will prevent the recurrence of damage or extension into other areas.
When Condor SS is applied beneath the foundation, the damage is easy to control. This can be used independently or to support mechanical measures undertaken. By extending the cushion, you are guaranteed that the mechanical measures taken will not be overwhelmed. The structure can withstand moisture variations and remain strong.
Application of the stabilizer does not require investment in new equipment. The contractor uses the same pumps and tanks used in pumping water. It is the best alternative compared to digging out the earth and replacing it with select material. It is less expensive and does not significantly alter the natural texture of the surface.
Stabilizing the ground before construction offers numerous benefits. It allows you to cover the area evenly and create as sense of certainty. Stabilization experts in Las Vegas NV examine the earth to determine the right strength. The concentration will depend on the amount of clay present.
Condor SS is an environmentally friendly product that is approved by industry regulators. Less energy, materials and equipment are used to produce a very durable surface. The resulting surface can support expansive commercial, residential and industrial structures as well as roads, runways and parking lots.
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