Titanium is the New Generation building material it represents a perfect blend of versatility, durability, sustainability and natural beauty, Everything you should expect in a high end, high-performance building material. It’s dramatic, maintenance-free natural finish, excellent corrosion resistance, low thermal expansion, and competitive cost make it the practical choice for diverse architectural applications. Including; exterior cladding, roofing systems, column covers, fascia, soffit, interior cladding and cabinets, windows and doors etc.…  

Superior Corrosion Resistance   

Titanium is absolutely immune to environmental conditions, regardless of the presence of acidic pollutants even in the harshest salt-water marine environment. Where all other metals fail, titanium endures. Architectural titanium’s unsurpassed corrosion resistance results from its stable, highly adherent, protective surface oxide film. Because the metal is highly reactive and has a strong affinity for oxygen, the beneficial oxide film forms spontaneously when exposed to moisture or air. In fact, a damaged oxide film can generally restore itself instantaneously. 

Low Thermal Coefficient 

Titanium’s coefficient of thermal expansion is half that of stainless steel and copper and one-third of aluminum and zinc. This effectively eliminates surface distortion and stress-related abnormalities normally related to expansion and contraction. Which in turn affords more latitude in concept and design. Larger, flatter panel systems, tighter seams, and cleaner lines. In addition to having excellent mechanical strength (comparable to steel), titanium is durable and shock resistant. Its modulus of elasticity (a measure of strain rate) is half that of stainless steel. This means titanium is more flexible and consequently; thermal stress on titanium is very low. 

Natural Surface Finish 

The basic appearance of natural titanium is pleasing due to its soft reflectivity and subtle silver-grey color. Dramatic and visually inspiring. Titanium coexists easily with coordinated building surfaces and tones. Uniform consistency in overall finish affords designers a stable, congruent surface with no noticeable change from it’s naturally developing oxide film. And due to its outstanding corrosion resistance, titanium requires no corrosion preventive coating. In addition, titanium’s appearance can be customized through a variety of secondary metal processing techniques, including etching, embossing, abrasive blasting, plating, anodizing and perforating. 


Conventional installation and fabrication procedures, similar to those used for other architectural metals, apply to architectural titanium. Its workability is comparable to stainless steel and zinc. Standard metal forming tools, processing and techniques are employed for titanium. Regular Argon TIG welding procedures coupled with titanium’s self-restoring oxide film prevents welds from deteriorating. Titanium weighs about 60% of steel, half that of copper and 1.7 times that of aluminum. Strength to weight ratio simplifies fabrication and permits ease of installation. Architectural titanium can be supplied as coil or sheet. Typical thicknesses from .5mm to 1mm, available in widths up to 48″. Commercially pure Grade 1/2 (ASTM B265) is most commonly specified for architectural applications. 

Green Building Product 

Due this its relative inertness, and longest life cycle, titanium is considered environmentally friendly. It is 100% recyclable and the product of a renewable resource. 

A Cost Effective Building Material 

Titanium is competitively priced with other architectural metals. New, more effective production techniques, combined with an abundance of raw and refined ore, have improved availability. Titanium’s corrosion immunity, strength and physical properties lower its installed unit cost. Well-researched designs that exploit its unique attributes and long-term savings from durability and low maintenance make titanium today’s most cost-effective architectural building material on a lifecycle basis. 100-year warranty. 

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