precoat2 Southfield, MI | STEVENS
PRECOAT1 Southfield, MI | STEVENS
precoat Southfield, MI | STEVENS
If you are looking to build an establishment for your own business or in need of office or warehouse expansion in Southfield, MI, this might be the perfect time to meet STEVENS Engineers and Constructors. With STEVENS you can expect that we will provide you will the best quality when it comes to pre-engineered buildings to streamline your steel building project.
Pre-engineered buildings are gaining popularity with Michigan companies due to the customizable options available.
Structures such as Government Buildings, Chemical Manufacturing Plants, Energy, and Power Plants, or any other industrial buildings your business requires will benefit from our Metal Building Kits for your unique business needs.
Read on to learn more about pre-engineered metal buildings and how STEVENS can help you construct a facility of this kind in Southfield, MI.
If your metal service facility has been prosperous and you're thinking about expanding, or you have a food and beverage manufacturing plant and you're looking forward to finding a partner that can help you in your expansion project, prefabricated structures can provide a lot of benefits for your enterprise.
STEVENS focuses on providing high-quality service in helping your business with its facility needs, allowing you to capture the benefits of prefabricated metal buildings which include the following:
Over the decades STEVENS has gained the trust and identity of a reliable partner that will only pledge the best services and products.
STEVENS believes in creating a meaningful relationship in order to ensure that we understand and are able to meet all your needs and requirements for your steel building project in Southfield. We supply the highest quality materials as well as provide assistance in your desired design, site preparation, construction, and physically erect your metal building.
STEVENS has the experience, workforce, resources, and expertise to:
With the utilization of BIM, a 3D building modeling software, and Nucor steel, our engineering, and construction company can meet your needs for your Pre-Engineered Metal Building Project.
Nucor provides STEVENS with high-grade All-American steel that is made of 80% recycled steel (and is 100% recyclable) that assures the quality of the products.
Nucor helps STEVENS build the sturdiest and most sustainable buildings across America. Buildings made with recyclable materials ultimately helps our clients adhere to an environmentally-minded business model.
We apply Nucor’s F.O.C.U.S principles (Fits, On-time delivery, Competitive pricing, Unbeatable services, and Solutions that work) to every project we work on.
The more than 4,000 pre-fabricated steel structures that Nucor completes yearly is a vivid assessment of their capabilities. For over 25 years, Nucor has been providing exceptional products and services to STEVENS.
STEVENS Engineers and Constructors partnership with Nucor to provide high-quality steel for their customers. Nucor provides STEVENS with first-class All-American steel composed of 80% recycled steel (and is 100% recyclable).
We closely follow Nucor’s F.O.C.U.S principles - Fits, On-time delivery, Competitive pricing, Unbeatable services, and Solutions that work – and apply these to projects of any size and magnitude.
Those durable and sustainable structures are the fruit of STEVENS and Nucor Leadership and experience for over two decades. So when it comes to proficiency there’s no doubt in trusting these partners because while STEVENS has the workforce Nucor is capable of pre-fabricating 4,000 projects per year.
For more than two decades Nucor has been a part of STEVENS in every Custom-Designed Pre-Engineered Metal Buildings Using BIM.
Our advanced 3D building modeling software is one of our points of pride here at STEVENS as it lets us design your pre-engineered metal buildings.
This well-refined tool is the visual guide of our architects, designers, engineers, and project managers in designing, planning, and executing a building project.
Together with BIM, our professionals gain reliance on pre-fabricating quality and functional buildings. With this software technology, STEVENS has the ability to identify the possible problems and are able to avoid hazards and take action instantly before erection begins (this helps to avoid costly setbacks later on in the project).
BIM allows STEVENS to be able to finish the building on time, on budget, and without complications. Furthermore, STEVENS will also provide a full-service team to develop, design, and erect a metal building structure that follows every specification and requirement you (and your business) have.
While we aim to build a good partnership with our clients, we also desire to achieve their satisfaction by being able to provide them with the right and suitable services that they demand. This way we can develop and construct a pre-engineered metal building to meet all local codes and requirements for industry-specific buildings. STEVENS provides a professional full-service team (design, engineering, project management, installation, erection, and completion) for every steel building project you may have.
With STEVENS you will receive the most advanced metal building kits and service for your next steel building project in Southfield, MI.
Click on the button below to Get a Free Quote for your next pre-engineered building in Southfield, MI today!
Location: Weirton, West Virginia
As is often the case, there is much more to a “pre-engineered” building than the building itself.
In the case of Precoat Metals, the scope included providing the geotechnical reports, foundations, storm water, electrical, HVAC, and fire protection as well as obtaining all permits. The storm water 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 fork lifts for coil storage.
The building itself was 140’x120’ with an offset 70’x70’ attached by 2 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 side walls consisted of 20,000 square feet of siding panels with 6” insulation. The 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.
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Pre-Engineered Buildings
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Location: York Haven, Pennsylvania
This client required an entire “brown field” waste water treatment facility to support their coal fired generation plant. Our scope included:
Waste Water Treatment Plant, Civil, Building and Site Work 2006
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Pre-Engineered Buildings
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Location: Weirton, West Virginia
As is often the case, there is much more to a “pre-engineered” building than the building itself.
In the case of Precoat Metals, the scope included providing the geotechnical reports, foundations, storm water, electrical, HVAC, and fire protection as well as obtaining all permits. The storm water 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 fork lifts for coil storage.
The building itself was 140’x120’ with an offset 70’x70’ attached by 2 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 side walls consisted of 20,000 square feet of siding panels with 6” insulation. The 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
|
|---|
Location: York Haven, Pennsylvania
This client required an entire “brown field” waste water treatment facility to support their coal fired generation plant. Our scope included:
Waste Water Treatment Plant, Civil, Building and Site Work 2006
| Categories : |
Pre-Engineered Buildings
|
|---|
Location: Weirton, West Virginia
As is often the case, there is much more to a “pre-engineered” building than the building itself.
In the case of Precoat Metals, the scope included providing the geotechnical reports, foundations, storm water, electrical, HVAC, and fire protection as well as obtaining all permits. The storm water 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 fork lifts for coil storage.
The building itself was 140’x120’ with an offset 70’x70’ attached by 2 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 side walls consisted of 20,000 square feet of siding panels with 6” insulation. The 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
|
|---|
Location: York Haven, Pennsylvania
This client required an entire “brown field” waste water treatment facility to support their coal fired generation plant. Our scope included:
Waste Water Treatment Plant, Civil, Building and Site Work 2006
| Categories : |
Pre-Engineered Buildings
|
|---|