AS 9100D

ISO 9001

TS 16949

Products/service

sales@c-titan.net

About C-TITAN

C-TITAN was established to advance the application of titanium and its alloys, often referred to as "space metal," "ocean metal," and "future metal." In response to the evolving competitive landscape, we have undertaken a significant restructuring of our organization and management. 

We operate a wholly-owned subsidiary in Luxembourg to ensure exemplary pre-sale and after-sale services for our European customers. Furthermore, we have cultivated a community of minority shareholders within a titanium casting factory, melting workshop, machining workshop, and 3D printing studio that excel in producing high-quality products while leveraging extensive experience in research and development. This approach allows us to maintain long-term relationships with our clients.

C-TITAN takes pride in supplying precise titanium components in bulk and rapidly creating prototypes for our globally recognized brand partners.

Our Team

Alexandre ORLOWSKI

Based in Belgium

Arlog CHEN

Based in China

Raphael PONCHON

Based in Luxembourg

Michel CERF LASAR

Based in Israel

Lionel SCHMITT

Based in French

About Titanium

Despite having extraordinarily resistance to corrosion property, Titanium and its alloys show more magnificent properties like high fracture toughness, high-temperature strength, and the high strength-to-weight ratio. In addition, titanium alloys are 45% lighter than standard low-carbon steels but more vital than standard low-carbon steels; being only 60% heavier, it is twice as strong as soft aluminum alloys. Due to exceptional properties, titanium alloys have broad applications in some vital areas like aerospace, automotive, biomedical, military, petrochemical, sports. Consequently, they find extensive applications not just in the aerospace industry. However, there has also

been increased adoption of metal alloys in various other sectors, ranging from chemical processing, offshore and marine engineering, power generation to medicine, transportation, and architecture. Consequently, Titanium and its alloys have broad applications in chemical engineering, industry, aircraft and rocketry, food processing, and other industries and medicine.