Titanium and its alloys are popular in aerospace, chemical, and shipbuilding industries due to titanium's high strength, low density, and corrosion resistance. Currently, high performance aircraft and tanks are being made with titanium metal parts that are increasingly used in the oil and gas industry. Welding is a key process for using titanium metal in aircraft engines and in the chemical industry.

1. Titanium and it is alloy are popular in
aerospace, chemical substance industry,
shipbuilding and so on, because
associated with its reduced density,
higher strength, as well as corrosion
opposition. At existing, high high quality
plane as well as tank are now being
made associated with titanium metal
parts that are being utilized more broadly
in essential oil chemical business. In the
use of titanium metal in plane and it is
engine as well as chemical business,
welding technique is essential.

2. PLATE, SHEET & FOIL TECHNOLOGY
 Sheet product selection and development for specific applications:
 Can and Can Lids
 Common Alloys
 Aerospace Applications
 Automotive Applications
 Foils for Packaging and Capacitor Applications

Sheet manufacturing process development and improvement
 Microstructural evaluation and material testing of sheet products,
including texture, fatigue, etc.
 Formability evaluation and forming process modeling, including
forming limit diagrams

3. BILLET/EXTRUSION TECHNOLOGY
Secat offers the following services:
 Extruded product selection and development for
specific applications
 Extrusion process development
 Microstructural evaluation and material testing of
extruded products, including texture, failure
analysis, etc.
 Pilot scale extrusion capabilities
 Extrusion billet casthouse improvement and quality
assessment:
 Evaluation of Billet Microstructure
 Metal Quality
 Energy Audits

4. CASTING TECHNOLOGY
Examples of Customer Projects
Determination of hydrogen and inclusion content in
liquid metals using a mobile laboratory
Secat visited a customer facility with our mobile
laboratory to help them identify existing inclusion and
gas levels in metal using the Prefil Footprinter® and
Alscan®, and help to determine how those levels
correlate with the rejections received from field.
Secat provided recommendations for process
improvements to reduce the hydrogen and inclusion
levels.

5. For more information visit now:
http://www.secat.net