Custom Metal Frame Building for your specifications

Custom Metal Frame Building for your specifications

Tekmetsan custom metal buildings are affordable, simple to erect, cost-effective to operate, strong, reliable, and very versatile.

Tekmetsan’s Custom Metal Buildings Offer Amazingly Flexible Designs

With today’s advanced structural steel computer programs, a Tekmetsan frame building is quick and economical to design. You just order the building size that best fits your needs and budget and then let us take care of the rest.

In a Tekmetsan portal frame steel building, columns are typically spaced 6 meters apart.

Our clear span buildings range from 4 meters to 50 meters in width. Adding a single centre column in each frame allows structures as wide as 300 meters.

Figure 1 Clear Span Buildings

Only steel is strong enough to handle the loads for such massive dimensions.
Our pre-engineered metal buildings have no length constraints.  And all our structural steel buildings extend easily for later expansion.
A Tekmetsan metal framed structure can also be up to 12 meters or more in height.
Also, all Tekmetsan metal frame buildings work on any foundation system, including perimeter footing, pier-and beam, and concrete slab.

 

Custom Metal Buildings with Remarkably Precise Fabrication

Every Tekmetsan prefab steel frame building is cut, welded, and drilled precisely to exacting industry standards.  Tolerances are tight.

When completed, fabricators mark each part for easy identification on the job site.

A Tekmetsan Steel Frame Building Provides Adaptable Floor Plans

Since the Tekmetsan steel framing is completely self-supporting, you will enjoy complete freedom for your interior layout.
Our prefab metal buildings also make remodelling a snap. Change wall locations and remodel as you need, without worrying about load-bearing walls.

Exterior Options with Your Tekmetsan Metal Framed Building

Today’s metal buildings do not look like the old tin barns of past.  In fact, there are no limits to the exterior looks available with a Tekmetsan steel building system.

Complete your Tekmetsan metal framed structure with brick, colourful steel panels, decorative block, aluminium panel, glass, stone, wood— or in any combination of these materials.

In addition, you may customize your metal frame building with gutters, energy-saving insulation, canopies and mezzanines, overhangs, parapets, skylights, vents, wall lights, and sturdy entry and overhead doors.

 

The Countless Uses for Tekmetsan Prefab Metal Buildings

You will find there is a Tekmetsan metal building solution for almost any application. In fact, buyers find that Tekmetsan’s steel building systems adapt perfectly for every use imaginable. For example:
• Helicopter hangars and shade structures
• Automotive, mechanic, and welding shops
• Barns, livestock shades, stables, sheds
• Commercial structures
• Distribution centres and warehouses
• Equestrian riding arenas
• Gymnasiums, sports and recreational centres
• Industrial and manufacturing operations
• Office buildings
• Outdoor pavilions
• Residential storage, RVs and boat garages, multi-purpose garages, and workshops
• Restaurants
• Self-storage operations
• Stores and other retail businesses
• Vehicle dealerships and showrooms
Conclusion
Tekmetsan offers the most versatile metal buildings in the industry today.

Building faster and smarter steel prefab buildings

Building faster and smarter steel buildings

Tekmetsan Steel Buildings save time and money in many ways.

Naturally, faster construction is convenient for consumers and their building projects. However, time is even more critical for commercial or industrial construction.

For the commercial builder, the quicker a structure is completed, the less spent on builder’s time and labour.

For the commercial client, the faster their building is completed, the sooner it opens for business and earns a return on the investment.

A Tekmetsan prefabricated building saves time in various ways;

Save Time When Ordering Tekmetsan Buildings

Working with someone who really knows both the product and construction is critical.

Tekmetsan’s metal building specialists bring years of hands-on construction experience and an extensive knowledge of the Tekmetsan steel building system to the table. They have a complete picture of your project specifics before they issue you a metal building quote.

Our exceptional technical staff will answer your every question.  They also share valuable insights and ideas for streamlining or improving your design.

 

Our Design Software Saves Time on a Prefabricated Building

Steel is a strong, consistent, and predictable building material.  Therefore, it is the ideal material for state-of-the-art computer aided design software.

By making optimal use of steel’s inherent strength, sophisticated steel engineering software significantly reduces design time for TEKMETSAN metal prefab buildings.

Our 3d structural analysis software also ensures the structural integrity of the framing throughout your Tekmetsan structure.

In addition, Tekmetsan’s software quickly and efficiently generates manufacturing drawings for the individual framing components of our steel prefab building kits.

That also speeds up the manufacturing process for your structure.

Fewer Framing Pieces in Our Metal Building Kits

Steel has the strongest strength-to-weight ratio of any building material.

Design and engineering software works together to create the most efficient use of steel.

Consequently, the framing requires far fewer framing components for a very solid, durable structure.

Tekmetsan Steel Prefab Buildings Ship Quickly

TEKMETSAN typically ships metal prefab building kits in four to seven weeks, depending on the size and complexity of your building project.

TEKMETSAN Steel Prefab Building Kits Ship Everything Together

Options ordered with your framing package arrive with your steel framing package.

Tekmetsan prefabricated building options include:

• Insulated and non-insulated panels
• Gutters and downspouts
• Skylights and wall lights
• Vents
• Stairs
• Mezzanines and Canopies
Therefore, you will not be waiting around for various shipments to arrive from other sources.

Our Metal Prefab Buildings Go Up Fast

In a Tekmetsan prefabricated building, all the structural components arrive from the factory ready to assemble.  There is no need for cutting, welding, punching, or drilling.  Everything comes marked and ready to bolt and screw together.

In fact, most clients find they significantly reduce construction time with Tekmetsan metal prefab building kits.

Conclusion

Tekmetsan’s experienced staff and streamlined production system helps bring your project in on time and on budget.

Portal Frame Buildings

Portal Frame Buildings

One of the most important decisions in purchasing a pre-engineered steel building is choosing the type of framing.  Which best fits the end-use, size, design, specifications, and budget for your project?

A Tekmetsan steel framed building uses “portal frame” steel framing.

Portal frame buildings are low-rise structures consisting of rafters and columns which are connected to moment-resisting connections for super strength.  As a result, they are constructed bay by bay which make them very fast to erect on site.  They were first developed in the 1960s, and have now become the most common form of construction.  

Portal frame construction is therefore typically seen in warehouses, barns and other places where large, open spaces are required at low cost and a pitched roof is acceptable.

Clear Span Steel Building

The frame of a clear span building is self-supporting and requires no interior columns.  The interior is completely open and unobstructed.

A clear span system provides the maximum amount of usable floor space and maximum floor plan flexibility.

Clear span structures are available up to 30 meters in width on Tekmetsan standard steel structures.
Clear span widths of over 30 meters are also possible with a custom order.
Typically, clear span framing works well wherever manoeuvrability is a factor.
Clear span structures are ideal for:

• Agricultural Buildings
• Aircraft and Helicopter Hangars
• Factories and Workshops
• Manufacturing Facilities
• Recreational Facilities and Gymnasiums
• Storage Buildings
• Warehouses

As the open-span width increases, the size and weight of the steel framing members must also increase to handle the structural load.

Modular Metal Framing

In modular framing, interior columns evenly distribute the structural load. Therefore, modular steel structures require lighter steel. Less framing weight reduces the cost of not only the steel building framing, but often the foundation as well.
Generally speaking, the wider the building, the greater the savings with a modular frame.
Unless unobstructed floor space is critical to the operation, most steel framed buildings wider than 30 meters use modular span framing. These may include:

• Distribution Centres
• Industrial Facilities
• Manufacturing Plants
• Warehouses

If clear span space is not paramount to your building’s operation, consider getting quotes for both systems for comparison of pricing.

Conclusion

Clear span designs offer the most usable space; modular designs create the most economical steel structures.

Whatever your metal building needs, Tekmetsan’s steel building framing specialists can provide you with expert guidance in choosing the best steel framed building for your specific application.  Our friendly and experienced staff will answer all your questions from building concept to completion

What is a steel framed building system?

What is a steel framed building system?

DEFINING A PRE-ENGINEERED METAL BUILDING SYSTEM

A steel framed building system creates an incredibly strong, long-lasting, affordable structure.

The flexibility of pre-engineered steel buildings makes them the ideal building solution for most low-rise agricultural, aviation, commercial, industrial, recreational, and storage buildings.

Check out the below video prepared by American Metal Building Builder Association.

What exactly is a Steel Framed Building System?

A metal building system is a system designed by a sophisticated steel structural software according to the design criteria and parameters. 

The software then generates detailed drawings for the fabrication of each framing component of the prefabricated metal building. 

Factory-trained professionals manufacture each piece of the framing to these exacting specifications.  Fabricators cut, shape, weld, drill, punch, paint, and mark each framing piece for quick identification.

Our steel framing systems ship to the job site, ready to assemble.

Pre-engineered Steel Building components

The steel building framing erects in a systematic, logical order:

• Factory-produced steel column and rafter beams bolt together with heavy-duty steel bolts and nuts, forming a single frame.

• These frames bolt to the foundation, creating a “bay”— the area between two frames.

• Steel girts are attached to the sides of the columns for cladding support.

• Steel purlins connect the frames across the roof.

• Typically, insulation (sandwich) panels screw to the roof and exterior walls forming the “skin” of the prefabricated metal building. However, a metal building system may also be finished with block, brick, glass, aluminium, tilt-up concrete, or any other traditional exterior finish.

In addition, all Tekmetsan pre-engineered steel buildings include an anchor bolt diagram and a set of plans for the erection works.

Contact Our Experts at Tekmetsan

Contact Tekmetsan Steel Building Systems now for more information about our commercial-grade steel building framing. 

You can trust our experienced metal building specialists to answer your every building question.  They can also provide valuable professional advice for streamlining your prefabricated metal building project. 

What is a pre-engineered steel building ?

What is a pre-engineered steel building ?

There is not one but many definition of pre-engineered steel building

• A cost-efficient building system alternative to conventional construction
• A steel building designed for the most efficient use of raw materials
• A structural system generally including steel framing, roofing, and wall cladding
• A structure built on site using prefabricated components
• A simplified, streamlined building system designed for quick construction

Check out the below video prepared by American Metal Building Builder Association.

The versatility of steel prefab buildings makes them a popular building solution for commercial enterprises, industrial structures, and even personal use buildings.

Designing a Pre-engineered Steel Building

Tekmetsan pre-engineered steel buildings are not standard designs ordered from a catalog. Each of our prefab building is designed, engineered, and fabricated for the specific project, based on the customer’s needs.

Based on the customer-supplied details, computer-aided design software creates working plans and detailed drawings.

Current local building codes, equipment loads, and other detailed criteria are fed into advanced steel engineering programs.

Every order includes an anchor bolt plan and a full set of assembly plans.

 

Fabricating a Pre-engineered Steel Building

Drawings detailing the manufacturing of every piece of the framing arrive at the manufacturing plant.

Each individual component of the framing is precision cut, shaped, welded, drilled, painted, and marked per the exacting specifications in the drawings.

Tekmetsan supplies prefab buildings with a single-source shipment of the entire steel framing system. 
All the framing pieces and accessories ship together.
 Everything arrives at your job site on an agreed schedule.

Erecting Prefab Buildings

Typically, a steel prefabricated building erects in significantly shorter time of more labour-intensive construction methods.

Detailed drawings shows the exact location of every piece of the framing puzzle.  It is just a matter of installing the pre-marked pieces in the locations indicated. All structural members bolt together easily.

Conclusion

Pre-engineered prefab buildings are the modern solution for low rise buildings on practicality, price, and performance. With years of experiences, Tekmetsan offers design and fabrication of pre-engineered buildings.

Metal Building insulation

HOW TO INSULATE A METAL BUILDING ?

In most applications, the primary feature of thermal insulation material is its ability to reduce heat exchange between a surface and the environment; or between one surface and another surface. The general rule is the lower a material’s thermal conductivity, the greater its ability to insulate for given material thickness and set of conditions. 

Before buying an insulation system for your metal building, you need to understand insulation R-value.

At its simplest, insulation R-value indicates the amount of heat flow through an insulation product.

The higher the R-value number, the greater the product’s resistance to heat transference.

The more effectively the insulation works, the greater your energy savings.

However, just buying thicker insulation and stuffing it into a wall does not increase energy efficiency.  The more air pockets in insulation, the better the insulation works.

Why Insulation R-Value is so important

Steel buildings have many benefits over other framing materials.  However, steel has one weakness: thermal transference.  In an uninsulated metal building, summer heat and winter cold can follow through the framing, affecting interior comfort.

Nevertheless, insulating metal buildings with a first-class insulation system renders steel’s thermal transference moot.

For example, Tekmetsan’s insulation panels breaks heat and cold transfer through the steel, creating a comfortable, cosy inside interior.

Starting with a Tightly Sealed Structure

Even the best metal building insulation is only part of the energy efficiency equation.

If the structure leaks air, it consumes too much energy in spite of a high insulation R-value.

As an organic material, wood framing twists, warps, creeps, and sags with changing humidity.  As lumber-framed buildings age, nails start to pull out and loosen, creating air leaks and drafts.

On the other hand, a pre-engineered steel building creates a very tight building envelope.

The steel framing will never move or change in shape.  The high-strength bolts and screws used in a TEKMETSAN metal building hold tightly.  Consequently, our metal buildings stay tight and draft-free for the lifetime of the structure.

Insulating Metal Buildings during Construction is the Smart Move

Customers sometimes consider cutting corners by eliminating steel building insulation from their order.  They think they can add insulation to the building later.

Insulating metal buildings at a later date is possible.  However, it is much more labour-intensive to add steel building insulation to an existing structure than to install insulation during construction.

In delayed insulation installation, some of the structure will require disassembly.

In addition, removing and replacing steel panels could cause leaks, if screws are not placed in exactly the same locations.

Conclusion

You need to consider how to insulate a metal building for maximum efficiency right in the early phase of the project design. Tekmetsan steel buildings come with great options of medium and high R values to provide an energy efficient insulated environment for your building.

Steel Helicopter Hangars

Steel Helicopter Hangars

Helicopters require the exceptional protection of pre-engineered steel hangars. No other building system guards helicopters and other aircraft as well as a durable steel prefab hangar.

Why Steel is the Only Sensible Choice for Helicopter Hangars?

To create the lift needed to fly, helicopters must be extremely lightweight.  The endless vibration of a helicopter in flight takes its toll on these machines. Consequently, helicopters require diligent maintenance— and heavy-duty protection.

Pre-engineered metal hangar buildings offer the best protection at the best possible price.

Tekmetsan metal prefab hangars are durable, waterproof structures for all types of rotorcraft, gliders, jets, and other aircraft. Designed to withstand mother nature at her worst, TEKMETSAN buildings promise built-in resistance to earthquake, fire, lightning, snow and wind damage.

Metal Hangar Buildings Benefits

TEKMETSAN helicopter hangars offer the benefits chopper owners appreciate most:

• Unobstructed space— TEKMETSAN hangars promise clear span, column-free interiors up to 45 meters wide.

• Towering heights— Choose hangars up to 12 meters at the eave height on a standard TEKMETSAN hangar design.  Even taller structures are available with additional engineering.  Taller hangars allow ample space for a variety of aircraft— and leave room for two-story offices, kitchen space, or pilot and personnel quarters.  Unlike arch shape buildings, TEKMETSAN hangars supply maximum usable space.

• Limitless lengths— Pre-engineered steel buildings and hangars can achieve any length required.

• Watertight protection— TEKMETSAN’s fasteners with built-in sealing washers, die-formed ridge caps, sealed eave closures, and formed-based trim keep the hangar dry in all types of weather.  

• Bolt-together system— No welding, cutting, drilling, or painting is necessary with a TEKMETSAN hangar.  Our pre-engineered system reduces the erection time significantly.  

• Bird-proof ceilings— Unlike truss-type buildings, TEKMETSAN’s rafter-and-beam portal frame buildings offer no place for birds to rest or nest overhead, fouling your chopper, equipment, or the crew!

 

Building a Hangar that Suits Your Specific Needs

Customize your helicopter hangar with stairs, overhead cranes, mezzanines, vents, gutters, or skylights and wall lights
whatever you need to make the building ideal for your helicopter or other aircraft.

Choose from an array of exterior panel options.  Finish the exterior with stone or brick accents for an upscale look.

Conclusion

Keep your chopper or aircraft safe from the elements with an affordable, long-lasting, low maintenance TEKMETSAN prefab hangar. 

When building a hangar for your aircraft, you can trust TEKMETSAN Steel Building Systems.  TEKMETSAN ships competitively priced steel helicopter hangars and aviation support structures all over the World.

Should You Choose a Concrete, Timber or Steel Structure?

Should You Choose a Concrete, Timber or Stell Structure?

Concrete, timber and steel are three of the most common building materials used today. The material you should choose for your structure depends on many factors, such as the type of building, your budget, and the capabilities of your worksite. Concrete, timber and steel each comes with their own advantages and challenges, so which one should you choose?

Concrete

Concrete has been used since ancient times, and today it’s often chosen for its durability, versatility, thermal mass, and low maintenance.
For high-rise buildings or long-span bridges, structural concrete provides maximum strength, durability, and the ability to withstand a high level of tensile stress.
Concrete is environmentally friendly because it is made from readily available materials – sand and limestone – and it’s also fire and weather resistant.
Choosing a concrete structure also provides a wealth of aesthetic possibilities.
Concrete can be easily incorporated with other materials to create colours or patterns, and it can be moulded into any number of shapes, because it starts in liquid form.
Compared to steel, concrete requires less skill to erect.
However, because of the many steps involved in erecting reinforced concrete, the final strength can sometimes be affected if there has been poor workmanship.
Another risk with concrete is that shrinkage can cause cracks or loss of strength.

Timber

Timber is cost effective, naturally durable and has a high structural efficiency as carried load per unit.
If it’s sourced from sustainably managed forests, it can be a more environmentally friendly choice than steel or other building materials.
Timber is ideal for use internally as it maintains a pleasant level of humidity inside a dwelling, and it absorbs sound – preventing echo and noise inside.
The natural beauty and warmth of wood creates an aesthetically pleasing atmosphere, as each tree has its own colours, smells and patterns, depending on how it was sliced.
Timber is lightweight, easy to work with, and adaptable to offsite manufacturing, so it is often used in low-rise residential structures.
However, timber can deteriorate over time due to decay, mould, bacteria, insects, weather or fire.
This means a timber structure may require more maintenance than concrete or steel.

Steel

Steel has a high strength to weight ratio, making it a better structural material for low and high-rise buildings, long-span bridges, or buildings on soft ground. Steel is often used in major construction to speed up development, reduce onsite risks, and minimise waste. Computer modelling can be used to ensure components are manufactured correctly the first time, minimising rework. Buildings with steel structures are often lighter and have smaller foundations because steel is structurally efficient. Steel structures can be erected quickly and with fewer workers needed onsite, reducing labour costs. Compared to concrete, erecting a steel structure creates less noise and dust on a worksite and surrounding areas. Steel is fire resistant, termite free, and a large portion of steel can be recycled.

Why to choose a steel building system ?

Why to choose a steel building system ?

The best metal buildings are made with high quality, pre-engineered, commercial-grade steel, like Tekmetsan steel buildings.

In addition, TEKMETSAN metal buildings include built-in features that add value and convenience to your building project.

Why Are So Many Builders Choosing Steel Building Systems?

Prefabricated steel buildings offer so many advantages over more traditional construction methods.

Pre-engineered steel buildings are the strongest, lightest, fastest, safest, and smartest way to build.

ECONOMICAL:  Efficient designing, engineering, production, and distribution make steel buildings affordable. Your TEKMETSAN metal building system arrives ready to assemble.

STRONG:  In addition, steel has the strongest strength-to-weight ratio of any construction material.  Therefore, you can build a much stronger structure and use far less material with steel.

FAST:  Pre-engineering metal buildings dramatically streamlines construction.

Fewer framing pieces mean speedier construction, less chance of weather delays— and money saved on your construction time.

All designing, cutting, welding, and drilling is done at the factory. Every TEKMETSAN building arrives clearly marked and ready to erect.

EFFICIENT:  Sandwich panels with different insulation thickness will enable different levels of insulation. Climate-controlled steel buildings with Tekmetsan sandwich panel’s offer great utility savings.

SAFER:  A steel structure provides built-in protection from winds, snows, fire, lightning, earthquakes and aging.

ENDURING:  Steel buildings last longer, require little maintenance, and adapt to various uses easily.

TEKMETSAN’s steel building systems are also simple to expand and renovate.

 

Why Do the Best Metal Buildings Come from TEKMETSAN?

TEKMETSAN provides exceptional buildings with built-in features. We not only believe in delivering quality steel buildings, but also in delivering first-class service.  We build relationships with our clients on the strength of our product— and our service.

Conclusion

TEKMETSAN not only claims to provide the best steel buildings but also guarantees free of charge top quality service during the erection works and lifetime of its structures.

Steel Building Foundation System

Steel Building Foundation System

Regardless of what type of steel building you choose, you will need to consider steel building foundation options before construction your building 

This selection should be carried out cautiously for any type of steel building.

Durability and sustainability of the building are very much dependent on how well the foundation is designed and how well it is constructed. An ideal foundation should transfer the dead and service loads of the buildings effectively to the soil beneath without incurring any structural damage. This includes avoiding settlement and/or tilting of the walls and building frame.

lnitial Building Foundation Considerations

Before initiating the selection process, below variables should be taken into consideration. There may be some additional considerations that your building expert will ask you about, but these are a good starting point:

1. The type of soil and its bearing characteristics. As the soil having immediate contact with the footing would be bearing a greater share of stress. So ensure to excavate any dirt poor soil and replace it with a high-quality soil if required.

2. The loading conditions depending on the type of usage. You must be clear about how many vehicles would be parked on the foundation and any other heavy items being stored on it.

3. Wind, Snow, and Earthquake conditions. As the steel building would be anchored with the foundation, any lateral or uplifting load is directly transferred to the building. Because of this if you live in an area prone to earthquakes, then this is something to let your building rep. know. Also if you happen to be in an area with heavy winds, or snow loads then those need to be factored in since any pressure put on the building is transferred down to the foundation itself.

4. The area of the building and the size of the plot: The land can be surveyed for grading and area. This may seem simple, but be sure to get the tape measure out at the very least and ensure you have enough space. Not only space for the building itself, but for a perimeter around it as well.

Steel Building Foundation Options

Slab Foundations (Floating Foundation)

Slab foundations are also sometimes called floating slabs or floating foundations. This is because of the fact that it literally floats over the undisturbed soil. If large enough, it can span patches of poor bearing soils. This feature makes it an ideal choice for softer soils, like in coastal areas that could sink or settle unequally.

If you’re working on a budget then a slab foundation is likely your best choice. As an economical solution, this floating type of slab foundation is very popular and common. It can be poured easily and quickly. If you’re planning to construct a shed, a garage or some extension work which is not wider than 15 meters, than this is the most suitable option. Unlike other types, it does not require any extensive excavation and also fewer labours are adequate.

Often, on the exterior perimeter of the slab foundation, a thickened reinforced edge beam is added. It’s referred to as a grade beam. The thickness of the slab would be decided by the engineer of record, keeping in view the above-stated inputs. Typically a slab in between 12-18 cm would be enough.

Reinforcements are embedded in the concrete. If you intend to store a particularly heavy load on the steel building foundation then you must use concrete of high compressive strength i.e. about 4000 psi. For normal usage, 2500 psi could do the job.

If you have a problem fixing the reinforcement mesh in the concrete slab; you can use fiber reinforced concrete which has considerable tensile strength when compared with that of un-reinforced concrete.

Pier Foundation

There are two main ways to go about a Pier Foundation. You can either construct your steel building directly on pile or pier, or you can embed the pier in the floating concrete slabs. It looks similar in style to the foundation of decks for the building. In slab foundation type, the top of concrete slab serves the purpose of the floor while in this type the floor is left as dirt or rough gravel.

This type of foundation is ideal for agricultural sheds and open pavilions where an enclosure is never a need. The most common type of pier foundation has a grade beam which ties together all the piers which help in resisting horizontal column reactions. Pier foundation is comparatively expensive than slab foundation but it offers resilience against wind uplift pressure and seismic stress reversals.

Perimeter Wall Foundation

Referred to as standard foundation, this type is used for steel buildings wider than 15 meters. You can also call it a T-wall foundation, perimeter wall foundation or frost wall foundation. The strip which is wider than the width of the perimeter wall provides stability by distributing the load over a larger area. The columns of the steel buildings are anchored trough embedded bolts in concrete pedestals in the strip wall. This type of footing should run below the maximum anticipated frost line.

You can cast this foundation in three stages; first, the strip is cast followed by concreting the perimeter wall. After curing, the plinth of the building is backfilled and the floor is afterward cast. This type of foundation requires labor force and is time-consuming as you’d require fixing formwork and waiting for the curing of the concrete.

Who Designs a Metal Building Foundation?

You will need to hire a local concrete engineer to design your steel building foundation.  They will be best qualified to determine the specifics for using perimeter walls, piers, or a concrete slab for metal building foundations.

TEKMETSAN provides the anchor bolt plans and technical information for your foundation engineer and contractor in order to plan the perfect foundation for your steel structure.  This allows your foundation to be poured and cured in advance, so construction can begin immediately when your steel framing arrives.