Contractor Services

Foundation Repair Methods

Detecting foundation problems early and having them repaired by a professional can prevent the need for more extensive work in the future. It’s important to pay attention to small warning signs like zigzag wall cracks and sticky doors.

Foundation Repair

Foundation repair restores the original elevation a home was built at, closing cracks, aligning doors and windows and making sure everything works as it should. Choosing an experienced contractor with local knowledge. Contact Foundation Repair Greensboro NC for professional help.

Whether you have noticed wall cracks, floors that are uneven or your house has been shifting in its place, foundation underpinning, or strengthening, is necessary to protect the safety and integrity of your home. This involves adding structural supports below the existing foundation — either concrete footings or steel piers. This is a complex and disruptive repair process that requires a professional to ensure it meets local building codes and safety standards.

Underpinning works by transferring the load of your building to these new, robust supports. It is a solution for foundations that are sinking or heaving due to changes in soil conditions or excessive building weight. Poor construction, earthquakes, flooding or adding heavy equipment can all contribute to foundation problems and the need for underpinning.

Foundation underpinning is typically done in stages to limit disruption and maximize the stability of your structure. This allows the structure to be occupied while the work is being carried out.

It is essential that you have the foundation underpinned by a qualified and experienced structural engineer. This will help to ensure that the correct solution is designed for your specific foundation type, soil conditions and level of movement in the existing foundations.

If you do not choose a structural engineer to carry out the underpinning, then it is recommended that you have your soil tested by a competent soil engineer to determine if underpinning is suitable for your property. This will also identify and diagnose any existing footing movement that could reverse with a change in the moisture content of the soil.

Once the soil report has been completed, a detailed quotation will be provided for the underpinning solution that will include all of the necessary engineering and demolition work. Most underpinning contractors recommend that a series of ‘pins’ are placed under the existing foundation to distribute the loads over a larger area. The pins are essentially small piers that are screwed into the ground, like a clothesline pin, to support the weight of your building.

Other underpinning alternatives include mudjacking or polyurethane material. These methods do not provide a long-term solution to your problem, and are unlikely to stop the movement of your foundations.

Concrete Piers

The most common form of pier foundation is the concrete pier. These piers are installed underground by digging and drilling, then pouring concrete into them if using piers (also called pilings) or driving pre-formed concrete pieces into the ground with hydraulic pressure if using helical piers. Once cured, your contractor will lift and stabilize the sunken portions of your home using these piers.

Unlike wood piers, these concrete piers are more resilient and can withstand greater forces without cracking or shifting out of position. They also tend to require less maintenance and can last for decades or longer than their wooden counterparts.

Another advantage is that concrete piers can be installed underneath your home without disturbing its appearance. While a foundation repair contractor can use any number of materials to create these piers, concrete is ideal because it has great load-bearing capacity and is more stable than other types of footings.

Wood, on the other hand, has a number of structural disadvantages when used as a pier foundation. While wood can be treated to make it resistant to moisture, it degrades upon contact with soil and is thus an inferior material for a foundation pier. Wood piers can also rot or be damaged by termites and other pests.

When you choose concrete piers, you will get a cost-effective solution that can be adjusted as needed to meet future needs or changes in your home’s design. However, it is best to plan on future repairs and include these in your long-term budget.

For instance, if you notice the nails in your home’s walls popping out of their holes, this is a sign that your foundation is shifting and you may need to replace these piers at some point. It’s also possible that your piers will need to be replaced due to changing weather conditions in the Dallas area.

In this case, you’ll want to consider other solutions like epoxy injection to address current cracks and prevent water infiltration. In addition, you might want to consider slabjacking, or mudjacking, which involves injecting a concrete-like slurry mixture under your home to raise it and level it.

Steel Piers

When it comes to stabilizing and supporting buildings, steel piers—also known as push or resistance piers—are the heavy hitters. Compared to other foundation repair methods, they can handle greater loads and reach deeper into the soil to support your building. This deep support can reduce future movement and prevent further damage, saving you money in the long run.

If your home has experienced a significant shift in its foundation due to settlement, it’s time for structural repairs. This is especially true if you’re seeing widening cracks in walls or floors, a sagging floor, or difficulty opening and closing doors and windows. These are all signs of serious foundation movement, which can be corrected with a system of steel piers.

Pressed concrete piers are an alternative to steel piers, but they’re more vulnerable to moisture swelling than their metal counterparts. For this reason, steel piers are the preferred method for Dallas and Fort Worth homeowners who want the best possible solution for their foundation damage.

Unlike pressed concrete piers, which are constructed from a mixture of cement and sand, helical steel piers are made from high-strength, corrosion-resistant steel. This allows them to be installed to a greater depth than concrete piers and can withstand greater load forces without shifting or sinking.

They’re also designed with a superior, interlocking configuration that allows each of the piers to lock securely into the next, resulting in a solid, reinforced support column. These piers can also support more than ten times the weight of a concrete pier, making them ideal for larger homes or those with expansive clay soils that are prone to shifting.

In addition to their superior strength, steel piers are often more cost-effective in the long term than other foundation repair methods. They’re also less invasive, requiring fewer resources and creating less waste when they’re installed. Additionally, they’re able to be driven into the ground with minimal disruption using hydraulic driving, which makes them an environmentally friendly option for those who are concerned about the environmental impact of their foundation repairs. The result is a durable, dependable, and long-lasting solution for your foundation damage.

Foundation Replacement

When a home’s foundation has completely failed, or substantial sinking or settling occurs, it may be time for full replacement. This is a huge undertaking that involves digging up the existing foundation and building a new one in its place using modern materials. It’s typically recommended when other repair methods like underpinning or crawl space support jacks aren’t adequate for the severity of the damage.

There are a few telltale signs that you need full foundation replacement, which include:

Wall Cracks – Hairline cracks in the walls of your house can indicate a sagging or shifting foundation. If these cracks have a zigzag pattern or are getting wider and longer, it’s a sign that the structure isn’t stable anymore.

Door and Window Gaps – Foundation shifts can cause doors and windows to pull away from the walls, creating gaps that let moisture, pests, and debris in. It’s also a good idea to check that the doors and windows latch properly, and that they close easily and securely.

Moisture – Foundation problems often stem from excess moisture, which can damage the concrete and lead to structural failure. Proper drainage is important, as well as keeping trees and large shrubs away from the foundation. It’s also a good idea for homeowners to inspect their gutters regularly so that they don’t become blocked by leaves or debris, which could cause water to pool around the foundation.

The most common method of replacing a foundation is called slab jacking, or mudjacking. It involves injecting polyurethane foam through small holes drilled into the concrete slab. The foam expands to fill any gaps, and it can also help to lift the slab if it’s been sinking or shifting. Alternatively, hydraulic cement can be used to plug any holes in the concrete slab. Foundation repair experts will recommend whichever method is best for your specific situation, and will advise you on regular inspections to catch minor issues before they become more serious and expensive. Identifying and responding to these early warning signs can save you the headaches, expense, and disruption of a full foundation replacement.

Contractor Services

Steel Buildings

Steel Buildings Oklahoma offer the perfect balance between design flexibility and practicality. They can be adapted into comfortable home offices, expansive workshops or stylish garages.

Steel Buildings

Unlike wood framing, steel is not susceptible to rot or fungal growth. Additionally, it doesn’t require regular paint touch ups or costly termite treatments.

Pre-engineered metal building kits are delivered to the job site ready for assembly. This significantly minimizes construction costs in labor and raw material waste.

Rigid frame structures are constructed with a series of columns and beams. These types of structures are usually used for industrial or commercial buildings. These steel buildings are extremely versatile and can be adapted for a variety of purposes. Steel frames are also very durable and require little maintenance. These structures can withstand the effects of storms and earthquakes very well. Moreover, they can also be easily expanded or modified in the future. These advantages make rigid frame buildings a very popular option for building construction.

The most common type of rigid frame steel building is the skeleton frame structure. This frame style can be built with either a gable roof or single-sloped roof. The main framing system for this type of building is a steel backbone of I-beam main frames. These frames are spaced laterally at regular intervals between the end walls. These beams are designed to bear most of the load on the structure.

Another type of rigid frame is the long-span framing system. This is the preferred method of construction for large projects that need a massive clearance between structural walls and beams. These projects may include auditoriums, industrial buildings, theaters, and exhibition spaces. These long-span structures are typically erected using one of several different types of trusses, including Pratt trusses, Fink trusses, Warren trusses, bow string trusses, Vierendeel trusses, and scissor trusses.

When you are planning the design for your steel building, it is important to understand the structural support systems. These systems are a vital part of the overall strength and stability of your building. Rod bracing, portal frames, and diaphragm bracing are all critical components that work together to ensure your steel building can resist the elements.

Understanding the structural support systems for your metal building can help you determine which framing system is the best choice for your project. Your Building Consultant can help you choose the right framing system based on your building needs and application.

Understanding these structural components can also help you plan for the location of functional access items like service doors and windows. While these items are field located, it is important to ensure that the steel building’s bracing systems do not interfere with the openings you need.

Pre-Engineered Buildings

A pre-engineered steel building is a steel building that has been designed and manufactured offsite before it arrives at your construction site for assembly. This process helps cut down on cost and time spent on a project.

These buildings are typically made from a rigid frame system that supports metal roof and wall panels. This type of design is ideal for industrial, warehouse and commercial facilities.

When designing a pre-engineered building, engineers take into account the desired size and shape of the structure as well as the environment where it will be located. This information is used to design a building that meets the client’s needs and complies with local regulations and safety standards.

Many types of pre-engineered building are available to suit your specific needs. For example, clear span pre-engineered metal buildings don’t have any support beams or columns in the middle of the structure, which allows for maximum flexibility in space and layout.

These structures can be designed to accommodate expansions both horizontally and vertically, depending on your needs. They can also be designed with different exterior cladding options such as brick, stucco or pre-finished metal to suit the look and feel of your facility.

Because they are designed and fabricated prior to being shipped to the construction site, pre-engineered steel buildings can be constructed more quickly than standard structures. This is great for businesses that need to get up and running as soon as possible. It also reduces the amount of work required on-site, which helps save money in labor costs.

Another benefit of these buildings is that they require less maintenance than traditional structures. Because they’re made from steel, they can withstand a variety of environmental conditions including high winds, dust storms, torrential downpours and snowstorms. Additionally, they’re impervious to mold and mildew.

These buildings can also help you save on energy costs. They often come with a thermal insulation system that is matched to the climate in your region. This helps prevent gaps between the interior and exterior temperatures, which can cause condensation and impact occupant comfort. This type of building can be a smart option for commercial and industrial facilities that need to keep their energy bills low.

Modular Buildings

Modular buildings are constructed off-site bespoke to the project requirements in specialist factories and then delivered to the construction site to be assembled. This allows for tighter control over quality and can reduce labour requirements on site by around 20%.

These buildings may be built from a wide range of materials but steel is generally utilised for the main structural framing and system, due to its lightness, strength and ductility. Steel is also naturally corrosion-resistant and can be protected from extreme corrosive environments with the use of hot-dip galvanizing or other protective coatings.

Steel modular building manufacturers offer a broad range of services to meet the needs of clients, from design consultation through delivery and installation. They can also help to develop a comprehensive energy efficiency plan that will save the client money and protect the environment. They can provide a variety of designs, including prefabricated steel kits that are easier to assemble and resist issues such as rust and termite damage.

Both panelized and standard steel modular technical buildings are excellent options for housing and protecting equipment in remote and hazardous areas. They are highly adaptable and can be easily modified as the need arises. They can also be relocated if necessary, which is not always possible with conventional concrete structures. They are also less expensive than traditional structures because the costs associated with skilled labor and materials are shared by a greater number of customers.

Unlike their brick-and-mortar counterparts, modular buildings made from steel are lighter, making them easier to transport and assemble on the construction site. This can be beneficial for both the contractors and the client, as it means that they are able to get their projects finished faster and at a lower cost. Steel is also known for its durability and resistance to fire, which makes it an excellent choice for modular construction projects.

Whether you are looking for a small office building or a large warehouse, a steel modular structure is the best option. It is versatile and withstands the elements, so it can be used for both indoor and outdoor purposes. It can be customized to your exact specifications, so you can choose from a variety of sizes, finishes, and colors. Freedom Steel Buildings specializes in modular construction and offers finance options to help make your dream come true.

Commercial Buildings

A steel commercial building can serve as a warehouse, factory, retail store, office, or any other type of business. When people think of steel buildings, they often equate them with the squat, World War II-era Quonset Hut, but today’s steel structures are designed to meet modern needs in a way that looks attractive and appealing.

A key advantage of a steel commercial building is its durability and longevity. Steel is not susceptible to rot, fungus or insect damage like other types of construction materials. A steel building’s design can also withstand harsh weather conditions, including heavy snow, lightning, and strong winds.

The durability of a steel structure makes it a great choice for manufacturing, industrial, or warehouse purposes. In addition, steel can be used to construct more environmentally sustainable buildings. For example, many steel building components, such as roof panels, are designed to be energy efficient when combined with insulation and other thermal elements. These types of buildings are also typically made to be airtight, and when combined with the right roofing system can save a company money on heating and cooling costs.

Another benefit of a steel building is its ability to be easily expanded or modified for changing business needs. For instance, it is easy to add more windows or stairways in a steel building. In addition, steel can be welded or bolted together, which allows for more flexibility when it comes to designing the interior of the building.

Prefabricated steel buildings allow for quicker construction than other building options. This is because the components are designed, engineered and fabricated offsite under controlled conditions. Once completed, the parts are transported to the construction site for easy assembly. This method of building reduces the amount of work required on site, which in turn leads to lower labor costs.

The speed of construction of a steel building also allows for faster occupancy than other types of buildings. The time saved during construction translates into reduced construction costs and a faster return on investment for the building owner. In addition, a steel building’s components are usually easy to transport, which can help make it easier to relocate the building in the future. This is particularly important for businesses, as they may need to relocate to a different location.