- The head is CNC-milled from a block of T2 titanium - puristic design with clear lines - carbon fiber shaft with a steel shaft look - 50g light handle with a modern, thick profile - complies with the golf rules and is officially certified for tournament play in amateur and professional areas worldwide. Each Zenturion putter has its own serial number, which can be used to trace the date of manufacture and to show which series it belongs to. Color: titanium gray
T2 titanium is a specific alloy of the metal titanium. It belongs to the class of pure titanium alloys and is known for its outstanding mechanical properties and high corrosion resistance.
Here are some of the main characteristics of T2 titanium:
Purity: T2 titanium is a nearly pure form of titanium, which means that it contains very few impurities. This gives it special properties that set it apart from other titanium alloys.
Corrosion resistance: Due to its purity, T2 titanium is extremely corrosion resistant. It is often used in environments where it is exposed to extreme chemical influences or salty air.
Strength and lightness: T2 titanium has a high strength relative to its weight, making it an ideal material for applications where both strength and weight are important.
Biocompatibility: Because it is non-toxic and well tolerated, T2 titanium is often used in medical applications, such as implants and prostheses.
Heat resistance: T2 titanium can withstand high temperatures without losing its mechanical properties, making it useful for aerospace and automotive applications.
In summary, T2 titanium is one of the highest quality titanium alloys, used and valued in many different areas of aerospace, aircraft and other industries due to its exceptional properties.
Titanium delivers sensational ball contact feel and pure feedback for finer dosage. So why is it hardly used in the golf industry, except in the face of drivers? The answer is simple: It's expensive... much more expensive than cast steel or aluminum versions, and still 10x more expensive than CNC machined 303 stainless steel. It's not just the raw material, it's also more difficult to process, requiring better skilled workers, better machines, and harder cutting tools. Titanium is also much more sensitive to heat than steel during processing, and must be milled using water cooling and slower revolutions throughout the process. It cannot be produced in large quantities as quickly as steel and requires more maintenance to keep the tools sharp. The amount that can be produced in a short period of time is significantly less. But it is worth the effort and expense, because once you get used to titanium, switching back to steel will be very difficult or even impossible.