Both construction engineers and safety inspectors can see the same building, but from different angles. An engineer or architect will analyze the many components and weigh their expenses before calculating a final figure in his or her brain. An inspector, on the other hand, is more concerned with the material’s durability and dependability.

Regardless of which point of view is employed, the goal is to maximize potential value while staying within budget and design limits. When it comes to construction, the goal is to achieve the greatest strength and longevity for the least amount of money. It’s critical to think about all of the considerations when selecting metal for a building or manufacturing project.

The three most significant factors to consider when choosing a metal are its strength, weight, and cost. Steel is a durable, low-cost material with a high density. Aluminum is light and affordable, but it isn’t very strong. Because of its exorbitant cost, titanium has been ignored from the conversation for a long time. Although its strength and density are equivalent to those of steel and aluminum, the material’s expensive cost frequently forced builders and manufacturers to explore for alternatives. This is, however, beginning to change. Titanium prices are dropping, therefore more organizations are preferring to adopt it for all of its advantages.

Because titanium is one of the most widely used metals on the planet, this might be excellent news for a variety of businesses. Because of today’s decreased pricing, titanium is now more accessible than ever before, and it can be employed in a larger range of applications. Take a look at the accompanying infographic for some examples of how it can be used in aerospace and construction.