What Is Fabrication Material?

2 min read
What Is Fabrication Material?

When you need something made, what material is the best fit for the job? If you are a metal fabricator, you should know that stainless steel is often the best choice. Stainless steel has superior corrosion-resistant properties and a distinctive shine. Additionally, it is extremely easy to clean. For these reasons, stainless steel is often used in medical instruments and kitchen appliances by famous fabrication companies in Dubai. Another popular choice for fabrication is aluminum. This material is inexpensive, can be cut into unique shapes, bends easily to client specifications, and remains strong even at very low temperatures.


A fabrication shop transforms raw metal into useful items. There are several basic methods of fabricating steel, including cutting, welding, and machining. Steel can be used in construction, homes, assembly lines, and various places. Metal fabrication is also used to manufacture various tools and machinery. For example, steel is used in the energy industry to produce solar panels, gas and oil wells, and electric power turbines. Metal fabrication shops also use steel for building structures.

Welding wire:

Welding wire is an important fabrication material for fabrication companies. It is often the first to go under the microscope during cost-cutting efforts because the process can be expensive. Excessive consumption can increase spatter, distortion, cracking, and welding speed. As a result, businesses should be aware of the possible effects of excess consumption.

Flat metal:

Whether you’re looking to build a boat or a plane, flat metal is a versatile fabrication material. There are three main types of flat metal: sheet metal, foil, and plate metal. Sheet metal is the most common type and is usually six millimeters thick. In terms of thickness, foil is thinner than sheet metal but still thicker than plate metal. Both types are suitable for fabrication purposes.

Fiber reinforced plastic:

The latest plastic to enter the market is fiber-reinforced polymers (FRPs). The benefits of FRPs over traditional plastics are numerous. They are lightweight, corrosion-resistant, and waterproof. They are also non-magnetic and transparent to radio waves, making them the ideal choice for high-performance parts in demanding industries.

FRP is a composite material consisting of a thermoset resin and reinforcement materials that are either glass, carbon, aramid, or basalt. The fibers are usually made of carbon, glass, or aramid materials, although they have also been used in the past as asbestos, wood, and paper. The polymer is usually epoxy or thermosetting plastic, although some polymers contain phenol formaldehyde resin, which is banned for use in many applications.