Custom Titanium Machined Parts Workpieces

• Customization: Available
• Application: Industrial
• Technique: Forged
• Model NO.: Workpieces
• Shape: Customizable
• Surface: Sandblasting, Pickling, Anodizing
• Delivery Time: 7-15 Days
• OEM: Available
• Titanium: Turning, Milling, Grinding, Drilling, Tapping, for
• Transport Package: Export Standard Wooden Case, or Can Be Customized
• Specification: according to the drawing requirements
• Trademark: VOTECH
• Origin: Shaanxi, China
• HS Code: 8108909000
• Production Capacity: 100ton/Month

Product Description

Quick Details

Place of origin	Shaanxi,China
Brand name	VOTECH
Specification	according to the drawing requirements
Material	TA15/TA19/TB6/TB9/TB13/TC6/TC10/TC11/GR1/GR2/GR3/GR4/ GR5/GR6/GR7/GR9/BT6/BT6C
Standard	GB/T,ISO,ASTM, ASME,JIS,DIN
OEM	Available
Technics	Turning, Milling, Grinding, Drilling, Tapping, Forging,
Surface	Sandblasting, Pickling, Anodizing
HS code	8108909000
Packaging	Export Standard Wooden case, or can be customized
Application	Aerospace, chemical, medicine, machinery, energy

Titanium Machined Parts Photos

Packaging

Shipping&Delivery

Titanium Advantages

Titanium Machined Parts Workpieces have irreplaceable advantages in high-end industrial fields such as chemical
industry, aerospace, Marine engineering, and medical treatment. Here are their main advantages.
1. High strength and light weight: the strength of titanium is close to steel, but the density is only 60% of steel,
which greatly reduces the weight, making it suitable for aerospace, shipbuilding and other fields.
2. Excellent corrosion resistance: titanium machined parts are resistant to various media corrosion, far more than
stainless steel (such as 316L), nickel-based alloys.
3 Seawater corrosion resistance: Titanium is the ideal material for Marine engineering (such as seawater desalination
and ship pipelines), with almost no risk of pitting or stress corrosion cracking.
4. Excellent heat resistance: Titanium can maintain mechanical properties (such as TA2, TA9 and other alloys) at
300-500 ° C, and can withstand higher temperatures in the short term.
5. Low temperature performance: titanium can maintain toughness even in ultra-low temperatures (such as in liquid
nitrogen and liquid oxygen environments), suitable for low-temperature engineering.
6. Excellent biocompatibility, non-toxic and harmless: Titanium has good compatibility with human tissues, and is
widely used in medical implants and pharmaceutical instrument pipelines (such as bioreactors and infusion systems).