Commercial Contractors

If you’re looking for a commercial contractor, start by getting recommendations from friends and family. Then, visit their websites to see examples of past projects. Commercial contractors are more experienced than general construction companies in conducting medium to large-sized projects like hospitals, commercial buildings, and malls. They’re accustomed to the particular project execution techniques needed for these projects. Contact Commercial Contractors OKC for professional help.

Commercial Contractors

Construction projects are often time-consuming, complex, and require a variety of skills to complete. Whether it’s a new building, a remodel or renovation of an existing structure, a commercial contractor oversees the entire project from start to finish. They are responsible for planning, coordinating and supervising all aspects of the build while ensuring it adheres to local regulations and safety standards.

The pre-design phase involves determining a building’s basic concept, working out contracts with design engineers and contractors, and taking bids from general contractors to ensure that the overall cost of the project is below a specified maximum price. This is also the phase where the general contractor develops schematics, works out the details of how the building will be constructed, and obtains the necessary permits to begin construction.

During the procurement phase, a commercial contractor works with suppliers to get all of the materials and equipment needed for the project. Having strong relationships with vendors during this time can save money in the long run by getting materials at discounted rates and avoiding any shortages.

Once the contracting and procurement phases are complete, it’s time to begin building! Construction involves laying the foundation for the building, using wood frames for houses and steel for larger buildings such as hospitals, and installing all of the mechanical, electrical, plumbing, and structural components. Once the building is completed, the final inspections are performed and all the documentation is provided to the client for their records.

Throughout the entire process, commercial contractors are constantly communicating with stakeholders to keep them updated on the progress being made. They also handle any change orders as they arise, ensuring that the changes do not impact the original timeline or budget for the project. Change orders are inevitable in any construction project, but a good commercial contractor will minimize their occurrence through careful planning and continuous quality assurance evaluations. Choosing a reputable commercial contractor with extensive experience in managing building projects is vital to the success of any construction venture. It’s important to visit a potential commercial contractor’s website or contact them for more information about their work history, professional qualifications, and previous projects before hiring them.

They Oversee Subcontractors

When it comes to commercial construction projects, the general contractor is the person in charge. They are responsible for the overall project planning and design as well as coordinating the construction site, materials, equipment, vendors, and contractors or subcontractors who work on the project. They are also in charge of the budget, and they oversee all aspects of the project from start to finish.

A commercial contractor can be either a business or an individual, and they typically have a team of employees who work with them to complete the tasks associated with a specific construction or remodeling project. It is important to find a reputable and experienced commercial contractor. You should look for references from previous clients and visit the websites of their companies to see a sample of the types of construction projects that they have worked on in the past.

Many of the tasks that are associated with commercial construction projects are too large for a single contractor to take on alone. As a result, contractors will hire subcontractors to handle the specialized trade services on a project. These subcontractors have a specialized skill set or area of expertise that allows them to complete their portion of the job with efficiency and accuracy. Some examples of subcontractors include plumbers, framers, roofers, and carpenters.

As a subcontractor, it is important to understand how the role of the commercial contractor will impact your job. Generally, the commercial contractor will provide you with written documentation of the contract terms and conditions, including payment schedules, milestone dates, and work completion expectations. This will help prevent misunderstandings and disputes down the road.

In addition, the commercial contractor will oversee all aspects of the subcontractor’s performance, ensuring that their work meets industry standards and aligns with the goals of the project. They will also ensure that the subcontractor is compliant with all applicable safety regulations. In addition, they will review and approve invoices for the subcontractors and process payments based on the agreed-upon terms. This will help to maintain positive relationships and ensure that all parties are paid according to their contractual obligations.

They Manage the Budget

Commercial contractors manage the budget of a project by tracking expenses and ensuring that all expenditures remain within the estimated cost of the job. They produce regular budget reports and communicate any cost discrepancies with the primary contractor or project leader, recommending cost-saving measures, addressing challenges, and offering future projections.

It is important to choose a commercial contractor with whom you have a good working relationship. When meeting potential commercial contractors for your project, consider their professionalism and how they respond to your questions. This will give you an idea of how they will handle the complexities of your construction or remodeling project. It is also important to get everything in writing, including the project scope, timeline, and budget. This will prevent misunderstandings down the road.

A good commercial contractor will be experienced and have the necessary skills to provide you with an accurate estimate for your project. You should request bids from multiple contractors and compare their prices. However, be careful not to hire the cheapest option, as this could indicate that they are cutting corners and may not deliver quality work.

To minimize the risk of costly mistakes, you should include a contingency budget in your budget. This will help cover any unforeseen expenses that may arise during the project. A good contingency budget should be between 5-10% of the total project costs.

In addition to managing the budget, a commercial contractor must ensure that all materials and services are delivered on time and as promised. This will require a strong understanding of the construction process and a strong network of suppliers.

Commercial contractors are also responsible for obtaining all necessary permits, zone regulations, and materials to be used on the project. They will make sure that the project is in compliance with all local building codes and trends. They can also help you find qualified subcontractors for the job. A good way to find a commercial contractor is to ask for referrals from family, friends, and business associates. You can also look for references online and contact local property management groups. These groups often have a list of recommended commercial contractors.

They Perform Inspections

Commercial Contractors are experts in their field, and they stay up to date on changes to building codes and regulations. They also know how to build safe structures that can withstand harsh conditions for decades. They are able to manage large-scale projects such as hotels, schools, and hospitals.

When choosing a commercial general contractor, it’s important to do your research and ask for references. You can also contact local property management groups, as they often have lists of recommended contractors that they’ve worked with in the past. It’s also a good idea to find out how much the contractor charges for their services. While it’s tempting to hire the cheapest contractor, this may not be in your best interest, as they could cut corners during construction.

Once you’ve compiled a list of potential contractors, ask each of them for a bid on your project. Be sure to provide the details of your project, including the timeline and budget. Then, compare the bids to determine which is the best fit for your needs. Once you’ve chosen a contractor, it’s important to get everything in writing before the work begins. This will ensure that all parties understand the expectations and avoid any misunderstandings down the road.

It is also advisable to choose a contractor who is legally licensed in your location. This will ensure that they are well-equipped and have the necessary knowledge of the project requirements, zoning regulations, materials to be used, other contractors for hire, etc.


Benefits of Handcrafted Log Homes

Lof homes offer a sense of warmth, beauty, and artistry. Although the fabrication process has changed some, a handcrafted log home still utilizes many of the same tools as centuries ago. The difference is that a handcrafted log home will have visible signs of experience and craftsmanship in every drawknife cut, chiseled notch, and scribed fit log. These characteristics take far longer to create than a milled log home or a log post and beam home. For more information, check out this website at

There is something about a handcrafted log home that makes it feel more authentic. They evoke the sense of the pioneer spirit; for many, they are a statement about sustainability, nature, and tradition. It is important to choose a builder who understands the value of authenticity and will not use machines or shortcuts that can affect the quality of your home.

The biggest difference between hand-hewn and milled logs is that in a hewn home, each log’s best features are preserved and visible on the finished building. This is why hewn logs are more expensive than milled logs, but the extra cost is worth it to some. With a milled log, the most attractive features of each log are removed, and only the most uniformly shaped parts are used for construction.

In addition to being more expensive, handcrafted log homes are harder to assemble because each piece of wood must be cut and shaped individually with an ax and draw knife. This can add up to more labor costs, but it is the only way to ensure that each handcrafted log is perfectly shaped for its place in your new home.

Another important difference between handcrafted and milled logs is that hand-peeled logs are much easier to work with than machine-peeled ones. This allows for more design options, such as character post features (also called flared or fluted logs) to frame areas in your home, like porches or living rooms. These unique, one-of-a-kind log elements can create eye-catching visuals that make your home stand out beautifully in the landscape.

The other advantage of a handcrafted log home is the option to incorporate different corner systems, such as saddle-notching, dovetailing, or butt and pass. Each corner system is designed to provide a tight, flexible seal between the log courses and give your home a traditional or rustic look. Chinking, which provides a waterproof seal between logs and helps preserve the natural beauty of your handcrafted log home, is also still in use.

People are often concerned that a handcrafted log home may require more maintenance than other styles of homes. However, this is only sometimes true. Following the manufacturer’s and stain/sealant provider’s recommendations, your log home will be as easy to maintain as any other type of house.

When you choose a quality log home, the logs are expertly crafted and stacked to withstand natural disasters such as tornadoes or hurricanes. Many stories show how log homes have survived these catastrophic events while leaving other structures destroyed.

In addition, because the logs are crafted by hand, they feature naturally occurring flex, which makes them more resilient against the forces of nature. The corner systems can also be scribed (round) or saddle-notched (square), creating tight joints and reducing air leakage. The chinking between the logs also helps seal the structure from the elements, ensuring your home will stand the test of time.

The natural components of a log home help promote relaxation and the peace of mind that comes from living in a place that is both aesthetically pleasing and healthy. In addition, this ambiance is enhanced by the natural sound-dampening properties of wood, creating a peaceful environment to rest and relax.

Unlike traditional brick homes, log houses can connect you with your roots and heritage in a way few other building materials can. In addition, they’re designed to be eco-friendly, using natural, low VOC stains and alternative heating systems.

As a result of their durable construction and design, log homes are extremely energy efficient. The logs have a property called thermal mass that keeps temperatures comfortable year-round. In addition, the tight fitting of the logs and chinking prevents air leakage, which leads to reduced energy costs. Additionally, the natural materials in a log home help reduce indoor mold and mildew, a common problem with traditional homes. This is a huge benefit for your family’s health and the environment.

Log cabins are a green alternative to conventional homes. They are built in areas free of traffic and large buildings, so they don’t pollute the environment with harmful gases. They also use natural materials like wood and stone for their floors and walls, so they don’t emit toxins into the air. In addition, they make intelligent use of shade and cross ventilation to keep their interiors cool without the need for artificial air conditioning.

The green movement has inspired many builders to create eco-friendly log homes. The fact that they are made from logs helps them meet today’s stringent energy requirements. The thick wood acts as a thermal mass, which keeps indoor temperatures stable throughout the year. This reduces the need for additional insulation and helps save on energy bills. Moreover, the logs used to build these homes are harvested from sustainable forests. This reduces the need to cut down other trees, which helps conserve biodiversity.

Additionally, logs provide a high degree of noise protection. They absorb and deaden the sound from the outside, so you’ll never be disturbed by your neighbors or traffic. They also offer a sense of tranquility and privacy that many people crave.

Unlike traditional homes, log cabins can be constructed very quickly. In addition, they are highly resistant to weather and natural disasters. Logs are heavy, so they can withstand the force of strong winds and rains that would otherwise damage other structures. They are also durable against ice storms and snow. They can also withstand earthquakes, as they have a very flexible structure.

In addition to their green construction, log cabins have a unique aesthetic. They blend in beautifully with the surrounding landscape. They are reminiscent of the old-fashioned American dream and can be the perfect escape from the hectic world of modern life.

Furthermore, they are a great investment because they protect the environment and reduce carbon dioxide emissions. The logs are sourced from a renewable, sustainable resource and are far less expensive to manufacture than other building materials. In addition, the manufacturing process of log homes is much more environmentally friendly than other conventional home-building methods.

Despite the rustic look, handcrafted log homes offer a lot of energy efficiency. Logs provide a natural insulation that helps them retain heat during the winter and cool in the summer. Additionally, the thickness of a log wall increases its thermal mass. This means a log home is often cooler in the summer and warmer in the winter than similar stick-framed homes.

Using chinking and other energy-efficient building materials enhances a handcrafted log home’s insulating capabilities. The builders of these houses may also incorporate additional insulating materials into the foundation and roof, depending on the climate in which they live. Additionally, many handcrafted builders choose to use log hybrid construction. This approach combines traditional log and stick framing, allowing them to speed up construction time while enhancing the home’s energy efficiency.

Another way to increase your log home’s energy efficiency is using longer eaves and porches. This will keep the sun’s harsh rays from overheating your cabin in the summer. It will also allow the warm winter sun to penetrate your log home, warming it up in the winter.

One of the main reasons people are drawn to handcrafted log homes is their beauty and authenticity. These homes are built with hand-peeled and hand-cut logs and constructed in a style used hundreds of years ago. They are also scribed or notched, which makes them much easier to maintain than the traditional home.

When looking for a handcrafted log home builder, it’s important to consider their reputation and experience. Choosing a company that has been around for decades will ensure they have the skills and knowledge to create a beautiful, lasting log home. Additionally, an experienced builder can advise you on the best design features for your log home.

Finally, a good handcrafted log home builder can help you maintain your cabin’s appearance by re-staining and re-caulking it occasionally. This maintenance is necessary because a log home will deteriorate if not treated properly.


Stucco Repair 101

Dryvit Stucco Installation is a straightforward procedure that brings most plaster surfaces back to their original condition. Inspect the stucco for cracks, holes, stains, mold or moss growth, soft spots, and impact damage.

Cover windows, doors, and other adjacent surfaces with plastic sheeting to avoid accidental splatters of stucco mix or other repair materials.

Stucco is one of the most durable and resilient building materials available, but it isn’t impervious to wear and tear. Cracking is a normal part of the lifespan of stucco and, in general, can be fixed fairly easily. However, the size of the crack and the reasons it formed should determine the approach taken for repair.

The most common type of cracking in stucco is hairline cracks less than 1/8 inch wide. While these cracks don’t necessarily impact the structure of a home, they do create paths for moisture to enter and cause damage like peeling paint, wood rot, mold, swollen drywall, and more. Hairline cracks can be repaired using a caulking material.

Larger cracks (1/4 inch and wider) and holes should be repaired using a premixed stucco patching product. Purchase the product from a local hardware store and follow the package instructions for mixing and application. This is not a job for a do-it-yourselfer but can be handled by a knowledgeable homeowner who understands the process and has the proper tools.

Before applying the patch:

  1. Use a putty knife or scratch awl to clean out loose debris in the cracks.
  2. Fill the cracks with high-quality caulking.
  3. Apply the patching with a rubber float in thin layers until you reach the level of the surrounding stucco.
  4. Use a wire-bristled brush to add texture to the patch to match the existing stucco.

If you’re repairing cracks that are larger than 1/4 inch, it’s best to have a professional assess the area and determine why the stucco cracked to prevent it from happening again in the future. A contractor can also advise on the best repair method for the cracks and help with color matching to ensure the patching looks natural.

In some cases, the cracks may be caused by climbing plants like vines. In this case, it’s important to remove the plants from the wall as soon as they turn yellow or brown and before they break apart in the wind or get blown away. Once the plant is gone, apply a fog coat or similar product to patch the area and blend it with the rest of the stucco.

Stucco is an attractive material for exterior walls. It provides insulation, is fire retardant, reduces outside noise, and lasts for decades when cared for properly. However, if your stucco walls develop holes, it’s important to fix them as soon as possible. Not only are holes unsightly, but they can lead to water damage and other issues. Fortunately, setting them is relatively simple.

Start by using a wire brush to clean the area around the hole. This will help to ensure the new patching materials will bond with the rest of the wall. You can purchase an automotive wire brush from any hardware store to do this task. After you’ve cleaned the surface, blow out the hole to remove any loose debris that could adversely affect the integrity of the patching materials.

The next step is to inspect the holes and determine if they need to be removed entirely or repaired. Loose stucco will bulge and feel spongey to the touch, while intact stucco will have a solid sound when struck. If your stucco is only partially open, you can try to re-attach it with a hammer and cold chisel, being careful not to damage the wood lath supports underneath.

If the holes are large, you may need to create a backing for the new patching material. This can be as simple as a piece of plywood for a single hole, or you may need wood for a larger wall section surrounding the holes. Once the backing is in place, wet the hole’s surface with a sponge for a small hole or a garden hose for a larger area. This will prevent the repair material from drying too quickly.

Once the hole is wet, mix a batch of stucco repair compound according to the instructions on the package. Then, apply the patch to the holes or cracks in the stucco wall with a putty knife or trowel, working the compound into the hole until it is smooth and matches the texture of the surrounding wall.

If you want to refrain from undertaking the project, a siding contractor can provide a professional service. These contractors will take the time to examine your home’s current structure and landscaping to avoid causing any damage during the installation process. They will also work to ensure any underlying issues are addressed before installing your new stucco, ensuring it will look its best for years to come.

Stucco resists mold, rot, and rodents, but it can still suffer damage from direct impacts. Small cracks and bald spots on the exterior are easy to patch with paintable caulk. Still, a good stucco repair professional should be hired for major damage or if the existing structure of your home has been compromised by moisture or critters.

Stuck-on debris like moss and plant growth can be removed with a wire brush or broom. Alternatively, you can use a power washer in a low-pressure setting. It’s important to avoid using too much pressure, as excessive force can cause structural damage to your home. Stucco surfaces should be cleaned at least twice a year to remove dirt buildup in the pores, which can lead to mold and mildew.

If the problem is a crack, widen it with a cold chisel or hand hammer, or rent an electric chipping hammer fitted with a masonry chisel bit. The chisel should not cut through the underlying stucco; fracture it. This allows the underlying wire mesh and building paper to remain undamaged. Pro Tip: When hammering on the surface of the crack, make sure your fracture lines meander; this makes it easier to disguise them with patch stucco later.

Depending on your needs, you may need to replace the metal mesh in the area of the damaged section. If you do, it’s best to use galvanized steel mesh that will withstand the elements. Measure the area that needs to be covered, then cut a piece of new mesh to size with metal snips.

Once the replacement mesh is in place, it’s a good idea to pull back the undamaged house wrap and felt paper to give yourself some room to work. Next, use tin snips to cut away the house wrap and felt around the damaged section of stucco. This should be done as close to the damaged stucco so that if water gets in behind the new tar paper, it will run out and away from the wood framing underneath.

Finally, it’s a good idea to install a weep screed along the base of your stucco wall, especially if you have a high water table or have had problems with standing water. The weep screed is a strip of cement along the bottom of your stucco wall that helps prevent water from pooling and seeping into cracks in the foundation or drywall.

Aside from cracks, a major sign of impending stucco failure is moisture. Moisture leads to mold and mildew, which destroy the underlying structure of your home. It can also cause unsightly stains and discoloration. It’s important to detect and repair water leaks as early as possible so that the damage doesn’t worsen. Look for damp spots around windows and doors, discolored or textured surfaces, peeling paint or wallpaper, and a musty smell indoors.

Leaks are usually caused by improper flashing and sealants rather than by the stucco. The best way to prevent them is to inspect the flashing regularly and replace deteriorated materials.

Check the roof eaves for adequate overhangs to protect the stucco from direct rainfall, and ensure that the flashing is installed properly at window sills and door heads. A well-installed flashing system includes pan flashing at the sill, Z-flashing with end dams at heads, and a water-resistant barrier on all penetrations into your home’s exterior walls.

Stucco can withstand moisture better than other materials, but even the most durable stucco needs regular maintenance to stay in good condition. It’s important to clean it regularly, at least twice a year, with a pressure washer or hose sprayer. This removes organic material that encourages fungal growth, as well as dirt and dust that can introduce cracks.

A good rule of thumb is to use paintable acrylic caulk to patch any developing fissures. If you notice significant damage or large holes, it’s always best to call a stucco pro.

Before patching, if necessary, use a pry bar or chisel to remove the damaged stucco and underlying lath, and be sure to leave some undamaged stucco in the repair area. Next, score the surface of the remaining stucco and remove any tin snips or house wrap from the area with a hammer or cold chisel. Mist the patch with water before applying the second coat. Wait seven days, then mist again after the patch loses its wet sheen.


What You Need to Know About Dock Construction

dock construction

A dock is a structure that supports boats, provides access to the water and serves as an area for other activities. Lake Wylie Dock Construction is very similar to building a deck, with the exception that at least part of the dock must be submerged in the water.

Dock piling materials matter a lot. Most use Southern yellow pine, a softwood that can splinter and rot in the water. Other options are concrete block anchors and tropical hardwoods.

When you live in an area where water levels rise and fall a lot (like Texas and Oklahoma), you’ll want to look at a steel dock option. These are designed with heavy duty hinges between the dock and walkway, more between each of the walkways and yet another set between the walkways and a base that’s concreted into the bank. This multi-hinge system allows your Floating Dock to float up or down with the water level and provide stability.

Unlike aluminum, steel docks can be built with a thicker wall thickness and corrosion resistant coatings to extend their lifespan. This durability and strength also make them ideal for docks that get a lot of use.

Steel docks require the support of steel pilings which are driven into the lake bed using our specialized equipment. This process ensures that the piles will be secured in place for a long lasting dock. In Muskoka, where the lakes are acidic, this means that the pile walls and supporting I-beams need to be extremely strong to withstand corrosion.

One of the reasons why our customers choose a steel dock is that it offers an unmatched level of strength and durability. This is largely due to the fact that steel dock pilings are chemically treated and not coated. This means that they can last for years and even decades before they need to be replaced. Because they’re less malleable than aluminum, this also means that their load capacity is greater.

A steel dock will be heavier than an aluminum boat dock but it’s worth the investment because of the added strength and durability. In addition, it takes up less space for storing in the off season and can be easily moved by a crane or trailer.

If you’re thinking about purchasing a new steel dock, be sure to talk to your supplier about the type of lakebed you’ll have and what kind of corrosion protection is recommended. It’s also important to understand the difference between the various types of dock pilings available and how they are installed.


The foundation for a floating dock is a steel or concrete piling, and it’s important to make sure the piles are well-anchored in the ground. Depending on the soil conditions, pilings can be set in place using a jet of water or by digging a hole and setting them in concrete footers. In either case, the pilings should be anchored securely to ensure that they don’t move or shift under load.

A concrete loading dock is a specialized platform designed to facilitate the transfer of cargo from vehicles to warehouses or other storage facilities. These structures are built with a variety of materials, including reinforced concrete, to ensure durability and strength. In addition, they are often equipped with various features such as bumpers and seals to reduce damage to the vehicle. However, improper loading can cause cracking and other damage to a concrete dock, which can lead to safety hazards for workers.

In conventional concrete dock construction, a precast slab is placed on top of a pile and pile cap. It is then secured to the piles and caps with a steel grating. This method allows the structure to be erected quickly and minimizes onsite construction time. However, it can be expensive and is not suitable for a small dock. Moreover, it can only support a limited number of vessels.

During Hurricane Irma, the wood deck of an existing concrete dock was destroyed and only the deteriorated concrete substructure remained. To fa- cilitate permitting through government agencies and limit envi- ronmental impact, the dock was replaced with an iDock comprised of piles, pile caps, and slabs carrying GFRP grating. The iDock’s design mimics the layout and footprint of the original dock, while providing a more durable and environmentally friendly structure.


A dock that’s built from wood can be both visually appealing and quite sturdy. The most popular material used for docks is pressure-treated southern yellow pine. This is a common choice because it’s affordable and fairly durable. It can easily withstand decades of exposure to water and sun. However, it’s important to choose a preservative that won’t impact the environment. Copper-based wood preservatives can have a negative impact on the ecosystem, especially if they’re released into the water.

Choosing the right location for your dock is also crucial. You want to make sure the structure isn’t too far out of the water and that it can support a boat when needed. Also, you’ll need to be able to walk out onto the dock from land. To make your dock more usable, you can include seating directly into the design by combining decking and bench frames.

Before you begin construction, gather the necessary materials and tools. Some essential supplies include pressure-treated lumber, galvanized hardware, and decking material. You should also have a tape measure, level, and safety equipment on hand. Using stakes, mark the desired outline of your dock and double-check the measurements. The frame of the dock should be built first to ensure that it will fit properly, then decking can be applied.

When building a wooden dock, it’s a good idea to mark pencil lines for where fasteners should be driven. This will help ensure that all of the screws and nails are driven a consistent distance from the ends and edges of the boards. It’s a simple step that can save you time and frustration in the long run.

If you’re constructing a permanent dock, it’s a good idea for it to have concrete anchors. These will ensure that the dock doesn’t move around in windy or wavy conditions. To install them, screw two large eye bolts into the land-side of the dock and attach a galvanized steel cable to each one. The cable can then be connected to a concrete anchor, which should weigh at least 150 pounds or more.


Choosing the right materials is crucial when building your dock. The materials used can impact how long your dock lasts and how easy it is to maintain over time. It is best to choose high-quality materials that are resistant to rot, corrosion and wear. This will reduce the cost of repair and replacement and keep your dock in good condition for longer. The right materials can also make your dock more aesthetically appealing and comfortable to use. The water conditions where you will be building your dock will also influence the type of materials you will use. Some water types are prone to flooding, silt and sand while others have rock, clay or concrete floors. Your contractor will be familiar with the local water conditions and can advise you on the best materials to build your dock with.

Aluminum is a highly durable material that won’t rust or corrode like metals such as steel, making it an excellent choice for dock construction. It can withstand a variety of environmental conditions and is stronger than wood. In addition, aluminum won’t attract bugs or soak in water like wood does, which can rot and swell the structure. The durability of aluminum can help to extend the life of your dock by reducing the amount of maintenance needed.

The strength of an aluminum dock is determined by its alloy and thickness. It is important to select an aluminum dock kit with quality components from a reputable manufacturer. The kit should have everything you need to construct a floating dock including detailed instructions and all required hardware. This will ensure that the assembly process is simple and efficient.

Before beginning construction, it is important to measure the location of your dock to determine the size and layout. It is also important to take the water depth, hazards and access into consideration. Once you have the measurements, you can begin to construct the frame of the dock using pressure-treated lumber or other decking material and galvanized or marine-grade stainless steel screws or bolts.

There are two main ways to build an aluminum dock: welded and non-welded. The welded method is the most common, but it can be noisy and may leak in some cases. The non-welded method involves inserting an outdoor rated sub-floor adhesive into the hinged section of the deck board to create a solid, quiet connection. Some higher-end manufacturers, such as Alumi-Span, offer this option for their dock sections. This can make your aluminum dock much quieter to walk on and reduce the number of metal-to-metal contact points.

Electrical Services

Preventing Post-Disaster Excavation Accidents

Archaeological material tends to accumulate in events. Someone sweeps a pile of dirt into a corner, puts a path in gravel, or plants a bush. Those actions create layers that can be interpreted and understood.

Construction workers must be aware of how the materials they choose can increase or decrease the resilience of a scenic spot to future disasters. This will require them to look at material selection on three fundamental levels. Click to learn more,


Trench cave-ins are one of the most serious hazards associated with excavation work. These incidents can crush workers, leading to traumatic brain injuries and other fatal conditions. Workers can also be exposed to hazardous gases, electrocution, and flooding. Taking precautions can reduce the risk of these incidents occurring.

Unstable soil is one of the main reasons for cave-ins during excavation. It can be difficult to determine the strength of an excavation site before beginning trench work, and the ground must be stabilized to prevent collapse. Protective systems or equipment must be used when workers are more than five feet deep in trenches. This equipment includes trench boxes and shielding, which helps keep walls from collapsing on workers.

The type of protective system used will depend on the excavation site and soil conditions. Sloping and benching are two of the most common methods for stabilizing trenches. The latter involves cutting back the excavation wall at an inclined angle away from the work area. This method requires expert knowledge and a thorough inspection of the soil conditions to ensure proper installation.

Keeping loose materials and equipment at least two feet from the edge of trenches is another way to reduce cave-in risks. In addition, workers must be aware of all utility lines near the site and keep them clear to avoid hitting them. Hitting a line can cause accidental fires, electrocution, sudden flooding, and exposure to hazardous gasses.

Providing ladders or other means to emerge from the trench is a crucial safety measure. Workers should be able to exit the trench quickly in an emergency, and the safest route out of the hole should be well-marked. Workers should also be trained to identify potential safety hazards and understand the proper excavation procedures. This training can help prevent accidents that could lead to injuries and death.

Steep terrain and rugged ground conditions increase excavation costs due to the need to bring heavy equipment to work on the site. This can also raise labor costs, as workers will have to spend more time on the project and may need to take more breaks due to the difficult terrain. A high percentage of cut and fill can also influence overall excavation costs, forcing the team to find elsewhere to dump the waste, which may require bringing dirt from another area.

Before beginning any digging, contact 8-1-1 to have underground utility lines marked for free. This can prevent injury, damage, and monetary fines.

The first step is to identify potential hazards. These can be anything from the depth of an excavation to the presence of services (e.g., electricity, gas, water, or telecommunications).

Check the stability of structures near the work site. Ensure the excavation is not in the zone of influence for any existing structure where the soil could cause collapse. Depending on the site, this may require soil testing or the assessment of the strength and density of the material.

Ensure that the competent person is aware of all possible risks and has adequate knowledge, training, and experience to manage the temporary works safely. This may include specialized knowledge and skills for specific temporary work disciplines.

Suppose there are any existing structures within proximity of an excavation. In that case, the PCBU should consult the structure’s owner or the relevant authorities to see if it is safe for the excavation work to continue. If the structures are found to be unstable or in danger of failing, they should either be removed or modified before excavation works start.

In a post-disaster excavation, there is a risk of collapse or engulfment. This can occur due to a sudden change in ground conditions such as changes in the water table, flooding, or soil liquefaction. It can also happen if the excavation needs to be adequately sheeted or supported. Ensure the shoring is adequate and that there are frequent checks of the condition of the shoring and excavated face for signs of earth fretting, slipping, or slumping.

Ensure the PCBU has a plan to stop work and isolate power lines or underground electrical cables when they are in danger of being exposed during excavation work. The plan should also detail how the work will be re-established when it is safe.

Is the excavation site fenced and guarded to keep people away from the dangerous areas? Is a dewatering system in place to remove any standing water? Is a suitable ladder and safety rail in place to allow workers to safely enter and exit the excavation? Is the air in the area tested for oxygen levels and hazardous gases or fumes?

Excavation work carries significant risks that demand attention, proper planning, and diligent safety practices. Ignoring these safety measures can be deadly for workers and their loved ones. It can also lead to significant financial losses, multimillion-dollar lawsuits, and damage to a company’s reputation.

Among the most serious excavation safety hazards are utility lines. These lines can pose various threats, including electrocution and natural gas leaks. They can be hidden in mud or debris and may not have markings to identify them. Also, they might be close to the surface and can be exposed to ground collapse. To protect workers from these risks, PCBUs should have systems in place to assess and manage the location of underground services before starting work. They should also provide the details of any identified services to other people involved, such as PCBUs, emergency service authorities, and mobile plant operators.

Other important excavation safety measures include ensuring workers can enter and exit trenches safely. This involves installing ladders, stairways, or ramps in all four-foot-deep trenches. PCBUs should also provide a standby person with communication equipment to monitor the situation and alert workers to dangers, such as cave-ins.

In addition, a competent person should inspect the excavation each day before starting work and after any event that could affect its stability. In addition, workers should be trained to recognize and respond to the signs of an impending collapse. Finally, workers should have protective equipment, including hard hats, hearing protection, and respirators.

Despite the dangers of excavation work, some misconceptions exist about what is needed for excavation safety. For example, believing that weather conditions do not impact soil stability can lead to collapses and failures. Also, thinking that shoring is only necessary for deep excavations can lead to unexpected failures in shallower trenches. These misperceptions can lead to a false sense of security and complacency, which is why it is important to understand what risks exist and the importance of adhering to strict standards.


Rock Solid Tips For A Unique Home Improvement Project

Home improvement encompasses many approaches and methodologies. So too, does it encompass many different mindsets. The tips that you will find below, most certainly, reflect that diversity. They will, however, prove an effective inspiration in getting you on your way towards attaining that home of your dreams.

When selecting a contractor for a home renovation, don’t be tempted to simply take the lowest estimate. There is no guarantee that it will be cheaper to use a lower-cost contractor and simply fix any poor work later. Lower prices usually mean that the quality of the work and the materials is also lower.

When remodeling your kitchen, decide whether you really need enclosed cabinetry. Cabinets are often one of the most expensive pieces of kitchen remodeling, and you can save money by choosing open shelving instead. Shelves give you instant access to your cooking utensils, serving dishes, and ingredients. It’s a great idea for casual kitchens that get a lot of use.

Two-liter bottles can provide excellent storage solutions in the kitchen. They are see-through and will protect practically any kind of dry goods such as corn meal, flour, or sugar. You can keep them on a shelf, in the refrigerator, or even in the freezer. Just unscrew the cap and pour what you need, when you need it.

Replace doorknobs and drawer knobs. These small changes can perk up furniture that you already have and are less expensive than buying a new door or a new set of drawers. Doorknobs and drawer knobs can be bought in a variety of styles and colors, so it’s easy to add a little pizazz with just a little bit of money.

As has been noted above, home improvement means different things to different people. Sometimes, all that is needed to help us cement our ideals and to put in place a plan of attack is a tip or two. This article provides those tips. It will help you to overcome that feeling of being overwhelmed and get you started in accomplishing real goals.

You can also visit our other websites and post your article.

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What Is Industrial Construction?

J&R Construction creates complex and specialized facilities for manufacturing or transporting products or materials. From factories to power plants, these structures often take up large plots of land and require extensive planning to ensure they meet specific guidelines.


The research team defines Detailed information needs based on findings from industry practice, tools, and mini-case studies. These unbiased definitions represent an advance to the body of knowledge.

Unlike commercial construction, which is more of a general term used to describe constructing facilities like offices, hospitals, and stores, industrial construction focuses on the design and building of structures that house a company’s manufacturing process. Typically, industrial buildings require larger plots of land because they need space for heavy machinery and all the technical components that make up their manufacturing process. Additionally, they need to be strategically located away from residential areas.

These types of buildings are often found on the outskirts of towns or cities. They are also designed with effective floor plans that provide easy access to machinery and all other equipment required to produce products and materials. The infrastructure of these kinds of buildings includes plumbing, electrical and heating, ventilation, and air conditioning (HVAC) systems. Depending on the type of business, they may also need around-the-clock shipping and receiving capabilities.

On the other hand, commercial buildings are built for people and usually have an aesthetic design meant to attract customers. These buildings are primarily designed to meet customer demands, so they have to be conveniently located. Moreover, these buildings must have enough space to accommodate everyone who wants to go inside the facility simultaneously. Therefore, they need to have wider corridors, oversized doors, and high ceilings.

Companies in this industry produce products that other businesses consume, so they are usually required to follow more stringent governmental regulations. That translates to more paperwork and inspections from different agencies. As such, it’s important to choose an experienced contractor who understands all the complexities of this type of construction.

When it comes to industrial construction, a well-thought-out workflow can save time and money. That is because a good workflow allows you to streamline the project’s process and ensures all necessary steps are taken. It can also reduce the need for supervision and increase efficiency. In addition, it can help you stay organized and avoid costly mistakes.

A construction workflow system should provide a real-time communication platform and allow you to upload documents. That will make it easier for your team to access the necessary information. It will also help you reduce the number of emails and phone calls you receive. Additionally, it should have the ability to track revisions. That will prevent duplication of files and allow you to manage the revisions more easily.

Whether working on a large industrial construction project or a smaller residential one, it is important to have a clear and efficient communication process. That will help you to avoid any mistakes or delays in your project. Additionally, it will help you keep everyone on the same page and ensure that all your team members have access to the information they need.

A good construction workflow should provide an accurate schedule of the work to be completed and the materials needed. It should also allow for a review of the program by all parties involved in the project. A construction management software solution that can handle multiple projects is essential to ensure your project runs smoothly.

Another essential feature of a construction workflow is the ability to monitor and track all project costs. That will help you stay on track with your budget and avoid unexpected expenses. It will also help you identify potential issues before they arise and make changes to improve your project.

Another way to improve your construction workflow is by implementing a maintenance workflow. That will ensure that all your equipment and machinery are in good condition. It will also help you minimize downtime and ensure that all of your projects are delivered on time.

Industrial construction focuses on building or renovating facilities used for manufacturing, distribution, storage, and other purposes related to producing goods. This type of construction can include everything from factories to power plants. It can also involve the construction of specialized buildings like warehouses, which may require special infrastructure to support heavy equipment and other specialized operations. The design of industrial buildings is centered around functionality rather than aesthetics. These structures must be able to meet specific requirements and guidelines set forth by government agencies.

In addition to meeting the standards of governing bodies, industrial construction also requires compliance with regulations regarding environmental safety and other guidelines set by law. These buildings often have large machines that could cause harm if improperly operated. Site planning teams for these buildings consider this when developing their plans for the project.

While commercial construction focuses on a goal similar to industrial projects, they operate on a much smaller scale. Consumer access is the primary concern for commercial projects like retail stores. They need to provide easy access for consumers and keep them moving throughout the space without getting lost. Industrial buildings must meet unique conveyance requirements, including round-the-clock shipping and receiving. They must also have nearby air or railroad transportation accessible to facilitate the delivery of raw materials and finished products to customers.

Regarding infrastructure, industrial projects must feature robust electrical and plumbing systems that can handle the heavy machinery used in these settings. These systems must be able to operate under demanding conditions and comply with strict guidelines for both safety and efficiency. In contrast, commercial buildings rely on a less-rigid infrastructure, such as HVAC and plumbing, that run to various parts of the building so tenants can use them as needed. They must be able to serve the needs of the businesses and their employees and offer comfort for those who work there. That makes the two styles of construction vastly different from one another. A skilled construction team will understand the differences and know how to construct a safe and functional building for either type of operation.

Safety is an essential component of industrial construction. This requires the application of best practices and high-tech safety equipment. It is also important to train employees to use these tools properly. This is especially vital for dangerous components such as chemicals and explosives. This can help to reduce accidents and injuries on the worksite.

It is difficult to achieve a completely safe workplace, but it is important to minimize the risks. The construction industry should implement general safety precautions and rules, such as warning signs to alert workers of any dangers or requiring them to wear protective gear. It is also important to inspect the condition of equipment and machines regularly. This can help prevent accidents and ensure that all equipment is working properly.

Construction sites can have multiple hazards, such as falling from heights and electrical hazards. In addition, there is often heavy machinery on site, which can pose a risk to the health and well-being of workers. Employees should be trained to operate these machines and follow all the applicable guidelines. Additionally, employers should provide adequate fall protection systems and ensure that all electrical devices are tagged to prevent overloading or short circuits.

Industrialized construction applies production processes and technologies from the manufacturing sector to the construction industry to improve key project objectives of time, cost, quality, environment, and safety (Lewicki Citation, 1966). Several approaches have been developed to industrialize construction, including offsite production (OSP) (Nadim and Goulding Citation2011), prefabrication (Steinhardt et al. Citation2013a), and modern methods of construction (MMC) (Rahman Citation2014).

During the COVID-19 pandemic, industrial construction companies followed a variety of infection prevention and control (IPC) protocols to limit the spread of COVID-19 among staff and contractors. These included social distancing, isolation and quarantine, PPE requirements, and cleaning and sanitizing protocols. This paper discusses the rationale and practices for these protocols and associated cost & schedule impacts. It also demonstrates how these protocols can be applied to an existing industrial process plant, such as Dow Louisiana facilities, in the spring and summer of 2020.

Construction Services Tested

Construction Services Tested And Approved

Testing and inspection services during construction help ensure that your project’s foundation and materials are of the highest quality. This includes observing earthwork and foundation construction, concrete and masonry inspections, spray-on fireproofing, wood construction observations and asphalt pavement evaluation and testing.

Special inspections verify that your building or structural features are constructed according to the plans and specifications approved by the design professional. These observations are compiled into the systems manual.

Material Testing

Whether you are constructing new buildings from scratch, adding on to existing structures, or renovating and updating existing projects, material testing and inspections ensure that the materials used will perform as expected once construction is complete. This type of quality assurance work is not something that should be left to an afterthought—it’s just as important as the sketches and floorplans that architects take time to create.

Material testing is the process by which an experienced team analyzes and tests raw or processed materials to determine their quality and operating performance before they are used in a construction project. This allows the contractor to make sure that the materials will meet building codes and specifications, as well as provide valuable insight into potential problems down the road.

There are two main types of material testing in the construction industry: field and laboratory testing. Each one has its own specific standards and processes, but both are designed to help ensure that the construction project is constructed with the correct materials for the area in which it will be built.

Laboratory testing is when the samples taken from a construction site are brought back to a lab for further analysis. This process is often used when the results from field testing are inconclusive or require further investigation.

For example, if a building is being constructed with concrete, the samples from the job site will be taken to the lab to be tested for strength, consistency and quality. This test will allow the experts to determine if there are any issues with the concrete that may cause future problems. This is vital information that will allow the construction process to move forward without any delays or complications. In addition, the data will also help to confirm that the concrete meets all required building code requirements and is structurally sound. This is important because if a structure is not constructed with the proper materials, it could potentially collapse or fall apart later on down the road. Ultimately, the cost of hiring a professional to conduct field and laboratory testing throughout the construction process is well worth it in order to avoid costly mistakes down the line.

Laboratory Testing

The design details that architects spend so much time creating must be executed well to produce a quality product. PBK’s construction services team provides boots on the ground to ensure the end-to-end construction process is executed as designed. From 2 a.m. concrete pours to pre-installation meetings to coordinating with consultants on site, this group is instrumental in ensuring projects are completed correctly from start to finish.

Laboratory testing refers to tests performed in a laboratory to determine the characteristics of various materials or construction components, either before they are placed on-site or after installation. These lab tests help to ensure that the materials will not negatively affect the project site or endanger anyone within the structure. Typical lab tests include soils, concrete, masonry, wood, spray applied fireproofing, steel and structural masonry testing.

Whether it is an in-depth soils investigation, or a more shallow exploration to identify the underlying material, all samples must be sent to a laboratory for analysis. Laboratory testing includes both classification and shear strength test results, as well as geotechnical and environmental data. The tests performed are dependent on the type of exploration performed and can vary greatly in complexity, equipment used, and number of technicians available.

Our staff is certified as an ICC Soils Special Inspector, Reinforced Concrete Special Inspector, Structural Masonry Special Inspector, Steel and Structural Welding Special Inspector and Spray Applied Fireproofing Special Inspector, giving our team the skills and experience to successfully execute your projects. In addition to being able to provide these specialized inspections, our team has access to two proprietary electronic reporting systems that allow us to deliver field and laboratory test reports quickly. Our unique systems also give our clients the ability to download and print their own copies, which is extremely helpful for keeping projects on schedule.

Building Envelope Testing (BET) is the process of testing the air, water and thermal envelopes in both new and existing buildings. These tests can be conducted as part of a regulatory requirement, or they can be specified as a design specification to meet a specific performance goal. BET can be performed on a single window or entire multi-story building and is often done as a follow up to construction inspections to verify that the installation was completed as designed.

Field Testing

Field testing is the process of evaluating and verifying a product or installation out in the real world. It helps ensure that the finished product complies with industry standards and design criteria, and is installed properly. This is often required on new construction projects and renovations of existing buildings. Performing this type of testing in the field helps avoid costly repairs and replacements down the road.

During the field testing phase, professionals take samples at various locations on a project site. These samples are then taken back to the lab for further analysis. The lab then compares the results to those of the original samples to see if any changes in materials or installation are required. This is an important step in ensuring that the final building meets all of the original specifications, and is built to last.

The most common field testing service is soil sampling. This is done to evaluate the quality of earth materials used in various types of projects, including roadways and bridges. In addition, field testing can be used to check the condition of asphalt pavements and concrete. Other services that are performed by construction testing specialists include steel and concrete field density tests, soil compaction inspections, and subgrade proof rolling inspections.

Building Envelope Testing (BET) is another field test that is conducted to measure a building’s performance and sustainability. BET measures air, water, and thermal leakage to help assess a building’s performance. It is performed on both new and existing construction, and helps determine if the building meets or exceeds the original design criteria.

Software testing is also carried out in the field, often referred to as beta testing. In the beta phase, the software is made available to a select group of users, known as testers, who use it in a variety of environments to provide feedback on how the software works and functions. This allows developers to identify potential issues, and improve the software before its official release.

Finally, Construction Services also conducts installation field observations and checklists to monitor the construction of a project. This helps to communicate any problems or issues that may arise during the construction phase to the CxP team, and also ensures that these observations are documented and included in the commissioning report.


The designs that architects take their time to create must be executed well in order to produce a quality product. During construction, the design goes far beyond sketches and floorplans and becomes a physical building that must be able to withstand the elements and provide safety for its inhabitants. This is where testing and inspections become essential. Whether it is field or laboratory testing, these services are designed to ensure that the materials used in construction are safe and durable, easy to maintain and sustainable, do not damage the project site or endanger anyone or anything that is within the perimeter of the project, and meet all the applicable building codes and standards.

Inspections help bridge the gap between the design and construction phases of a project by ensuring that the work performed on-site conforms to the project documents and engineering standards. Onsite inspections are critical in preventing construction errors and addressing unforeseen circumstance solutions to keep projects on schedule. Isett’s experienced team of geotechnical engineers, geologists and ICC/ACI certified inspectors deliver a full range of testing and inspections including earthwork, shallow and deep foundation observations, concrete testing, wood construction observation, structural masonry, spray on fireproofing and asphalt pavement evaluation and testing.

Construction inspections can be conducted at any stage of a project. It is recommended that they be performed regularly throughout the construction process and after each major phase of the project. This way, issues can be addressed immediately and proactively rather than after the project is complete.

Some of the most common types of construction inspections include:

A basement inspection examines a basement for signs of water damage, structural problems or mold. A roof inspection examines the condition of a roof, looks for leaks and identifies any worn or missing shingles. A grading inspection is an examination of the slope of the ground around the house to make sure rainwater and floodwater flow away from the home, rather than toward it. An electrical inspection examines wiring, circuit breaker and outlets for any potential hazards or issues.