Pre-Engineered Metal Buildings Supplied, Constructed & Designed for your Industrial Construction Project

At STEVENS, our metal building design team provides a wide variety of pre-engineered metal buildings that are an ideal solution for a number of industries. Our team can offer prefab steel buildings in standard sizes, as well as customization options that business owners need. We can also provide you with a pre-engineered metal building cost per square foot, so you know the value you're getting.

Our steel building design flexibility allows you to tailor your building to your business needs. Our pre-engineered buildings can be adapted for Government Buildings, Food Manufacturing BuildingsEnergy and Power Plants, logistics buildings, manufacturing plants, warehouses, data centers, or any other industrial metal facilities your business requires. With the custom design options available, it's clear why you should choose a pre-engineered metal building for your business

The STEVENS building systems team uses customizable, high-quality metal building kits with industry-leading capabilities and are constructed with American-made, recyclable Nucor steel.  

Metal building kits have a wide range of benefits for a number of industries. With the ability to limit columns, many business owners can utilize the space to set up the optimal flow for their business.

Another advantage is the durability and strength that steel buildings provide. This means that metal buildings will typically last longer than wood structures. 

Another advantage building kits provide is that business owners are not limited by size. You can pick the width, length, and height that best suits the industry you are in. 

Steel buildings are also capable of expansion. This means if your operations are increasing, you won't need to move locations. One difference between wood buildings and steel construction buildings is the ease of expansion.

 

ENGINEERED STEEL BUILDINGS

As a business owner, you know that every building project is an investment in your business.

This means you need a metal building company with experience that can get the job done right. If you go with the company that makes the cheapest prefabricated buildings, you may be saving up front, but you could be paying more in the long run if they're using cheap building materials. This could increase maintenance costs and may decrease the lifetime of your building.

You want to use a company that provides quality steel buildings and has the design flexibility to match everything your business needs.

looking-for-pre-engineered-metal-building-contractors-near-me

STEVENS is one of the largest private construction firms in the metal building industry and is proud to serve the entire nation with prefabricated metal buildings. 

Our metal building company will design your building, perform the sitework and excavation, and erect your pre-engineered metal buildings when the steel construction phase is ready to begin.

Our industrial engineers have the experience, workforce, resources, and expertise to:

  • Provide building options so you can design your metal buildings to your specific dimension and preferences
  • Manage the metal building project from development and design to erection and completion
  • Handle the steel construction and bring your building dreams to reality

With the utilization of the design system, BIM, and Nucor steel, our engineering and construction company can provide you with an economical solution that will typically last you longer than a conventional building. Keep reading to see why we should be one of the top choices for your Custom Building Project.

get-your-pre-engineered-metal-building-quote

 

WHY NUCOR BUILDING SYSTEMS?

Nucor Authorized Metal Building Partner

STEVENS can provide you with custom metal building systems thanks to our partnership with Nucor Building Systems because of their environmentally-friendly, American-made, high-quality steel made from 90% recycled steel (and is 100% recyclable). 

Nucor's building system follows a FOCUS mindset that produces high-quality steel buildings. FOCUS stands for:

Fits

On-time delivery

Competitive Pricing

Unbeatable services

Solutions that work

Constructing our metal structures with Nucor steel allows us to provide each client with a sustainable, durable steel building.

 

WHY IS A PREFABRICATED STEEL BUILDING THE BEST CHOICE FOR YOU?

There are many benefits to choosing a prefab building kit for your next construction project.

The benefits of choosing your metal building solutions from our knowledgeable building specialists include the following:

  1. Aesthetically pleasing structurally designed prefab metal building kits.
  2. Our custom-engineered metal building systems are environmentally friendly as we use American-made Nucor steel, which is 90% recycled steel.
  3. Design flexibility that allows your metal buildings to meet your industry requirements.
  4. Cost-effective processes in the design and erection of your steel buildings will help decrease construction time.
  5. A quick and efficient metal building erection process.
  6. The structural designs create durable metal buildings that can withstand heavy snow, high winds, intense storms, and more.
  7. Our structures are versatile. Our buildings allow for future expansion and accommodate a wide range of metal building sizes with minimal columns so you can have the space you need.
  8. Pre-engineered steel buildings can adapt to many energy-efficient insulation systems, which help reduce heating and cooling costs.

Now let's look at how BIM can help you get your dream steel building. 

this-metal-building-was-a-design-and-build-with-stevens

HOW DOES BIM SOFTWARE BENEFIT MY PRE-ENGINEERED STEEL BUILDING?

As mentioned earlier, BIM, or Building Information Modeling, is a 3D building modeling digital software we utilize to design your prefabricated metal buildings.

The building systems team uses this advanced design technology to consider general geometry, spatial relationships, and geographical influences while building a virtual model of what your steel buildings will look like when construction is complete.

With BIM, you can be assured that your metal buildings will have enough support and room for proper flow and function. This software technology identifies any potential hazards in the metal building's design structure so that problems can be prevented and solved before steel construction begins (which would result in costly solutions).

Our metal building experts' utilization of BIM gives our team a chance to complete your project within the timeframe and typically within your chosen budget.

 

Work With STEVENS' Metal Building Contractors

We can provide you with a full-service building design team to develop and design your steel building structure that follows every specification and requirement you (and your industry) have.

Our prefabricated building systems team takes pride in paying attention to the details, ensuring that your building lasts a lifetime.

STEVENS develops and erects metal buildings that provide building solutions that fit clients' needs. We also ensure that your building will meet all the local building codes and requirements for industry-specific steel buildings.

With our company, you will have a full-service construction and building systems team (design, engineering, project management, installation, erection, and completion) for your next steel buildings project.

By choosing to build with STEVENS, you will get a metal building that is:

  1. An American metal building made with high-quality material
  2. A metal building that is cost-effective compared to wood and other standard building materials
  3. BIM software advantages when designing your custom metal building structure 
  4. Full-service metal building team from conception to erection
  5. An industry-leading company with over 75 years of experience

If you're looking for prefab metal buildings near me, click the button below to start developing your next pre-engineered metal buildings project today!

 

Trust The Pre-engineered Metal Building Experts at STEVENS

 

 

Check Out Our Pre-engineered Metal Building Projects

  • PRECOAT
    PRECOAT
    Pre-Engineered Buildings
  • PPL BRUNNER ISLAND
    PPL BRUNNER ISLAND
    Pre-Engineered Buildings
×
PRECOAT

Location: Weirton, West Virginia

As is often the case, there is much more to a “pre-engineered” steel building than the building itself.

In the case of Precoat Metals, the scope included providing the geotechnical reports, foundations, stormwater, electrical, HVAC, and fire protection as well as obtaining all permits. The stormwater piping consisted of 1000 lineal feet, crossing under two roads, to a retention pond.

The civil concrete included spread footers and grade walls, and 23,000 square feet of floor slab poured to an FF 50/FL 50 finish specifications. This finish was critical to the owner’s plan to use remote-controlled forklifts for coil storage.

The steel building itself was 140’x120’ with an offset 70’x70’ attached by two tunnels 20’x20’ connecting the finishing line with the shipping building. The main building was 35’ high at the eave and 40 feet high to the ridge. The building also included 5’-0” skylights. The wall panels consisted of 20,000 square feet of siding panels with 6” insulation. The steel building was covered by 23,500 square feet of standing seam roof, also with 6” insulation.

All work was performed to the owner’s satisfaction in terms of quality and schedule and cooperation within their operating facility. Most importantly, ZERO recordable accidents.

Categories :
Pre-Engineered Buildings
×
PPL BRUNNER ISLAND

Location: York Haven, Pennsylvania

This client required an entire “brownfield” wastewater treatment facility to support their coal-fired generation plant. Our scope included:

Waste Water Treatment Plant, Civil, Building and Site Work 2006

  • Buildings
    • Influent 70’ x 40’ x 60’ high filter B
    • building 125’ x 75’ x 55’ high
    • Filter Extension (Pump Room) 95’ x 25’ x 15’ high
      • Underground Piping and Electrical
      • Coatings
        • Sumps and Building
        • Trenches Building
        • Tanks Area
        • Unloading Truck Area
          Mix Tank
        • Sludge Tanks
        •  
      • Steel Work
        • Clarifier Walkways
        • Mix Tank Platforms
        • Building Sump Platforms
      • Sludge Tank Platforms
        • Site Work
        • Roads
        • Fencing
        • Site Re-grading
        • Storm Water
Categories :
Pre-Engineered Buildings
  • PRECOAT
    PRECOAT
    Pre-Engineered Buildings
  • PPL BRUNNER ISLAND
    PPL BRUNNER ISLAND
    Pre-Engineered Buildings
×
PRECOAT

Location: Weirton, West Virginia

As is often the case, there is much more to a “pre-engineered” steel building than the building itself.

In the case of Precoat Metals, the scope included providing the geotechnical reports, foundations, stormwater, electrical, HVAC, and fire protection as well as obtaining all permits. The stormwater piping consisted of 1000 lineal feet, crossing under two roads, to a retention pond.

The civil concrete included spread footers and grade walls, and 23,000 square feet of floor slab poured to an FF 50/FL 50 finish specifications. This finish was critical to the owner’s plan to use remote-controlled forklifts for coil storage.

The steel building itself was 140’x120’ with an offset 70’x70’ attached by two tunnels 20’x20’ connecting the finishing line with the shipping building. The main building was 35’ high at the eave and 40 feet high to the ridge. The building also included 5’-0” skylights. The wall panels consisted of 20,000 square feet of siding panels with 6” insulation. The steel building was covered by 23,500 square feet of standing seam roof, also with 6” insulation.

All work was performed to the owner’s satisfaction in terms of quality and schedule and cooperation within their operating facility. Most importantly, ZERO recordable accidents.

Categories :
Pre-Engineered Buildings
×
PPL BRUNNER ISLAND

Location: York Haven, Pennsylvania

This client required an entire “brownfield” wastewater treatment facility to support their coal-fired generation plant. Our scope included:

Waste Water Treatment Plant, Civil, Building and Site Work 2006

  • Buildings
    • Influent 70’ x 40’ x 60’ high filter B
    • building 125’ x 75’ x 55’ high
    • Filter Extension (Pump Room) 95’ x 25’ x 15’ high
      • Underground Piping and Electrical
      • Coatings
        • Sumps and Building
        • Trenches Building
        • Tanks Area
        • Unloading Truck Area
          Mix Tank
        • Sludge Tanks
        •  
      • Steel Work
        • Clarifier Walkways
        • Mix Tank Platforms
        • Building Sump Platforms
      • Sludge Tank Platforms
        • Site Work
        • Roads
        • Fencing
        • Site Re-grading
        • Storm Water
Categories :
Pre-Engineered Buildings
  • PRECOAT
    PRECOAT
    Pre-Engineered Buildings
×
PRECOAT

Location: Weirton, West Virginia

As is often the case, there is much more to a “pre-engineered” steel building than the building itself.

In the case of Precoat Metals, the scope included providing the geotechnical reports, foundations, stormwater, electrical, HVAC, and fire protection as well as obtaining all permits. The stormwater piping consisted of 1000 lineal feet, crossing under two roads, to a retention pond.

The civil concrete included spread footers and grade walls, and 23,000 square feet of floor slab poured to an FF 50/FL 50 finish specifications. This finish was critical to the owner’s plan to use remote-controlled forklifts for coil storage.

The steel building itself was 140’x120’ with an offset 70’x70’ attached by two tunnels 20’x20’ connecting the finishing line with the shipping building. The main building was 35’ high at the eave and 40 feet high to the ridge. The building also included 5’-0” skylights. The wall panels consisted of 20,000 square feet of siding panels with 6” insulation. The steel building was covered by 23,500 square feet of standing seam roof, also with 6” insulation.

All work was performed to the owner’s satisfaction in terms of quality and schedule and cooperation within their operating facility. Most importantly, ZERO recordable accidents.

Categories :
Pre-Engineered Buildings
  • PPL BRUNNER ISLAND
    PPL BRUNNER ISLAND
    Pre-Engineered Buildings
×
PPL BRUNNER ISLAND

Location: York Haven, Pennsylvania

This client required an entire “brownfield” wastewater treatment facility to support their coal-fired generation plant. Our scope included:

Waste Water Treatment Plant, Civil, Building and Site Work 2006

  • Buildings
    • Influent 70’ x 40’ x 60’ high filter B
    • building 125’ x 75’ x 55’ high
    • Filter Extension (Pump Room) 95’ x 25’ x 15’ high
      • Underground Piping and Electrical
      • Coatings
        • Sumps and Building
        • Trenches Building
        • Tanks Area
        • Unloading Truck Area
          Mix Tank
        • Sludge Tanks
        •  
      • Steel Work
        • Clarifier Walkways
        • Mix Tank Platforms
        • Building Sump Platforms
      • Sludge Tank Platforms
        • Site Work
        • Roads
        • Fencing
        • Site Re-grading
        • Storm Water
Categories :
Pre-Engineered Buildings

1. The global pre-engineered metal building market is estimated to reach a value of USD 27.89 billion by 2025, growing at a CAGR of 5.2% from 2019 to 2025.
2. Pre-engineered metal buildings are estimated to account for around 10% of the total non-residential construction market.
3. The U.S. pre-engineered metal building market is expected to reach USD 5.3 billion by 2025, growing at a CAGR of 4.3% from 2019 to 2025.
4. Pre-engineered metal buildings are estimated to account for around 15% of the total non-residential construction market in the U.S.
5. The Asia Pacific pre-engineered metal building market is estimated to reach USD 11.6 billion by 2025, growing at a CAGR of 6.2% from 2019 to 2025.

 

1. What are pre-engineered metal buildings?

Pre-engineered metal buildings are prefabricated structures designed, manufactured, and assembled off-site in a factory setting. They are then shipped to the job site and erected by a professional contractor. Pre-engineered metal buildings are a cost effective and efficient way to construct various structures, including warehouses, workshops and garages, sports facilities, storage buildings, and more.

 

2. What are the benefits of using pre-engineered metal buildings?

The use of pre-engineered metal buildings offers many benefits, making them an attractive option for many construction projects. Pre-engineered metal buildings are cost-effective, easy to install and offer a lot of strength and durability. 

Cost-Effectiveness: Pre-engineered metal buildings are often more cost effective than traditional construction methods because they require fewer components, less labor, and less time to construct.

 

3. What are the key components of pre-engineered metal buildings?

Pre-engineered metal buildings are an efficient and cost-effective way to construct various structures, from warehouses and industrial buildings to churches and schools. The key components of pre-engineered metal buildings are:

  • The structural framing.
  • The roof and wall panels.
  • The insulation.
  • The doors and windows.
  • The accessories.

 

4. How are pre-engineered metal buildings designed and manufactured?

Pre-engineered metal buildings are designed and manufactured using modern technology and traditional engineering principles. 

The process begins with the customer providing the dimensions and requirements for the building. This includes the building's width, length, height, shape, location, and other elements. The manufacturer then uses computer-aided design (CAD) software to create a three-dimensional building model.

 

5. How are pre-engineered metal buildings erected?

The assembly process for pre-engineered metal buildings is typically erected using metal components and fasteners. The components are typically comprised of metal frames, panels, and trusses that are pre-manufactured in a factory and then shipped to the construction site. 

The first step in erecting a pre-engineered metal building is to prepare the foundation. This typically involves excavating the area, pouring a concrete slab, and then leveling and compacting the soil.

 

6. What are the quality control procedures for pre-engineered metal buildings?

Quality control procedures for pre-engineered buildings involve a variety of steps that must be taken to ensure the highest quality product is delivered to the customer. 

The first step is to ensure that the materials used in the construction of the building meet the necessary standards and specifications. This includes verifying the grade of steel used, the thickness of the steel, and any other materials used. 

The next step is to inspect the building parts for any defects or inconsistencies before they are assembled.

 

7. What are the typical applications for pre-engineered metal buildings?

Pre-engineered metal buildings are a popular choice for various applications due to their cost-effectiveness, durability, and versatility. 

Pre-engineered metal buildings are typically used for commercial, industrial, and agricultural purposes (like large barns that hold agricultural equipment). 

Commercial applications for pre-engineered metal buildings include warehouses and manufacturing facilities. These buildings offer a cost-effective solution for businesses that need a large, durable structure that can be quickly and easily constructed.

 

8. What kind of weather conditions can pre-engineered metal buildings withstand?

Wind and snow load requirements for pre-engineered metal buildings vary depending on the geographic location of the building. 

Generally, the wind and snow load requirements are established by the local building code authority, and the building manufacturer will design the building to meet those requirements. 

Wind load requirements are determined by the local building code authority and are based on the wind speed in the area where the building is located.

No matter if your building needs to stand up to heavy rains, snow, or earthquakes, prefabricated buildings can be designed to withstand the elements.

9. Are pre-engineered metal buildings cost effective?

The answer to this question depends on a variety of factors, including the size and complexity of the building, the materials used, the location, and the project's specific needs. 

Pre-engineered metal buildings are typically more cost effective than traditional construction methods, as the labor costs are lower and they can be built quickly. The cost savings associated with pre-engineered metal buildings can be significant.

 

10. What is the difference between pre-engineered metal buildings and traditional construction?

The differences between PEMBs and traditional buildings are numerous.

Because of their differences from traditional structures, PEMBs are better suited to certain tasks.

The fact that PEMBs are produced in a factory, while conventional buildings are built on site, is one of the most distinguishing differences. That's because a lot of the parts in PEMBs are manufactured in a controlled environment, so they're more reliable and consistent. Due to the fact that the majority of the labor is being done in a factory rather than on-site, construction times can be shortened, and prices can be reduced.

While steel is commonly used in PEMBs, other materials such as wood, brick, and concrete are more common in conventional buildings. Steel has a high resistance to heat, flame, wind, and even earthquakes. Termites and rot pose a greater threat to wooden buildings than to metal ones.

Steel buildings also weigh in at a manageable standard. Therefore, they are a superior option for larger buildings because fewer structural support columns are needed. Their clear span capabilities make them ideal for usage in factories and warehouses.

PEMBs are constructed for particular building codes, loads, & environmental conditions, which allows them to comply with building codes and regulations.

Compared to PEMBs, traditional structures are often more expensive and time-consuming because they require more planning, design, and engineering.