7 Mistakes to Avoid When Constructing a Steel Building

Pre-engineered steel buildings are very popular among many people today. This is largely informed by their durability and longevity. Aside from windows and ventilation, most structures such as garages and many other commercial structures feature the use of pre-engineered steel. This is informed by the fact that steel is highly versatile and customizable.

However, steel contractors are in agreement that steel buildings should be constructed by qualified professionals since it is not just about welding one piece of metal onto another or just slicing out sheet sections to insert windows and doors.

There are a number of common mistakes that most people make when constructing pre-engineered steel buildings.

1. Failure to Follow Steel Building Codes

Getting a license to build a steel structure at a particular location should be your first step. Just because your neighbour has built a steel garage does not mean you will be given a license to construct one in your area. Assuming you already have the license, you still need to adhere to the relevant building codes. Take time to familiarize yourself with the Canadian National Building Codes (NBC) or those of America Institute of Steel Construction (AISC).

2. Constructing the Wrong Building

Failure to design and construct the right building is another mistake that most steel contractors make. If you have been licensed to build a workshop, make sure that the end product is a workshop and not a garage. The reality, however, is that most people construct steel structures that are completely unlike what was originally sanctioned. The final structure should always stick to the original purpose and recommended specifications in terms of materials used and insulation.

3. Forgetting to Budget for the Whole Kit

Since most pre-engineered steel structures come without doors, windows, skylights, etc., don’t forget to factor the cost of installing these into your budget. Some people make the mistake of forgetting to budget for these incidentals, which could add up to a couple of thousands of dollars. Unless this oversight is arrested and addressed early on, you might end up paying heavily for material and transportation.

4. Choosing Inappropriate Insulation

Most steel builders make the mistake of using the wrong insulation. Unlike wood, steel structures require a different type of insulation. For instance, spray-on easily sticks onto metal and is therefore ideally suited for insulating steel buildings. It also takes up limited space and can be sprayed onto the interior of steel structures.

5. Applying Insufficient Insulation

Insulation has to be applied properly. Applying insulation is quite a challenge since it requires you to first remove the plasterboard before applying it. This is later followed by redecoration. Since metal conducts a lot of heat, you should apply adequate amounts of insulation.

6. Failing to Join the Seams

It is imperative that you join the seams properly using tape. This is usually a very straightforward task, which most people overlook.

7. Incorrect Cutting of the Insulation

Another common mistake people make is cutting the insulation wrongly. When incorrectly cut, rigid form and fibreglass insulations present a lot of problems. For instance, this could lead to the appearance of gaps that may end up forming heat escape routes. It is therefore important to make sure that the insulation is cut correctly.

To construct an attractive, energy-efficient and durable steel structure, you will need to avoid the above seven common mistakes that most people make. With proper planning and an implementation strategy that covers all areas of constructing a pre-engineered steel building, it is possible to construct a steel structure that will withstand the test of time.

To be on the safe side, solicit the help of an expert when constructing a pre-engineered steel building. This is important since a steel structure expert understands the industry standards and has requisite experience constructing pre-engineered steel structures.