Sheet metal fabricators create components, structures, and products from thin sheets of metal. They typically use industrial tools and machinery to build and install these items. There are many metals that are used in sheet metal fabrication, including aluminum, copper, and stainless steel. Many industries rely on this type of fabrication, such as construction, robotics, HVAC, and consumer goods.
Sheet metal fabrication is an inexpensive and efficient method of building and installing products. Sheet metal comes in a variety of different thicknesses, from 30 gauge to 8 gauge. It is a light, durable material that can be used in different climates and weather conditions. The material can be finished with a variety of finishes, including powder coatings, paint, and sealants.
Sheet metal is also commonly used for joining processes. Welding is the most common method, but other joining methods may be required for certain projects. Metals can be joined by riveting, brazing, or adhesives. In addition, additional finishing treatments can help to improve the properties of sheet metal.
Some other common processes involved in sheet metal fabrication include basic cutting, shearing, and blanking. These processes are used to produce sharp edges that allow for further manipulation.
Basic cutting involves the use of a blade to cut through the metal. This is typically the first stage of a fabrication process. A blueprint is then provided, and the piece of metal is bent at the edges to form a part. However, the blueprint must be finalized and reviewed before the fabrication process begins.
Shearing is a similar process to basic cutting, except that a stationary blade is used instead of a blade that moves. This procedure uses the same type of force as a punch, and can be applied to various types of materials. Blanking is a more powerful version of hole punching.
Sheet metal fabrication can be very flexible, allowing for the creation of numerous objects. Whether the project is a car, computer enclosure panel, or a guardrail, it can be fabricated to a precise fit. To make the process easier, a set of predetermined bends can be created. Consistent bend radii prevent the parts from reorienting too much during the welding process.
Sheet metal is also a good choice for the manufacturing of appliances, furniture, and other items. Because it is lightweight and inexpensive, it can be easily transported to any location. The end result is often a high quality finish.
Some types of sheet metal can be used for decorative purposes. For instance, gold and platinum are useful for decorative applications. Decorative objects often need a surface finish, such as paint or powder coatings.
Finishing processes can help to enhance the surface of sheet metal and protect it from rust and corrosion. Depending on the requirements of the client, a surface finish can include painting or a protective layer. Another option is to add a structural adhesive.
Sheet metal fabrication can be a complex process, so it is important to hire professional and experienced manufacturers. Fabricators must have strong dexterity and physical stamina, as well as mechanical and blue print reading skills. They should also follow safety guidelines and standards, and wear appropriate protective clothing.
We deliver steel fabrication shop drawings for steel fabricators, erectors, contractors, engineers and design firms.
Our in-house team skilled Steel Detailers lay 12+ years of experience and have executed some huge Steel Detailing Projects for some of the largest Construction and Fabrication companies.
We are well versed in the set of dimensions, manufacturing standards, drawing required for prefabricated components associated with construction.
Our shop drawings are more detailed than construction documents and prove to be a roadmap for project managers and installers in obtaining architecture approval.
