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TITANIUM PROCESSING CENTER TITANIUM vs STEEL & ALUMINIUM

Titanium vs Steel & Aluminium

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Page 1: Titanium vs Steel & Aluminium

TITANIUM PROCESSING CENTER

TITANIUM vs STEEL & ALUMINIUM

Page 2: Titanium vs Steel & Aluminium

Cost, Density, and Strength

There are 3 factors that are used when choosing the right type of metal to work with on a project: Overall cost of the metal, weight or density, and strength of the metal. Titanium has several coveted properties and excellent strength-to-weight ratio which makes it arguably the most applicable metal on the market.

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Page 3: Titanium vs Steel & Aluminium

Aircraft Materials

Aluminium is the primary material used on planes

It is light, functional, and cost friendly

It reduces emissions and saves on fuel

The cost of Titanium holds it back from being used more for aircraft materials

Titanium is used when the following characters are needed:

Power, strength, speed, heat

Steel is stronger but its weight holds it back from several aerospace needs

Page 4: Titanium vs Steel & Aluminium

Flying Metal (Parts of a plane)

Page 5: Titanium vs Steel & Aluminium

Building Materials

Steel works best for multilevel construction applications

Low price

High strength

Heavy framing

Aluminium is excellent for architectural work and structural weight

Simple framing

Stairs

Design work

Titanium is used where strength and corrosion resistance properties are required

HVAC and Piping

Large roofs

Power generators

Page 6: Titanium vs Steel & Aluminium

Structural Design

Page 7: Titanium vs Steel & Aluminium

Conclusion and Sources

Titanium is the 4th most abundant metallic

element

Decreasing in price

Becoming more readily available

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