TMT provides customers with superior performance titanium materials, material stability and consistency to give you peace of mind
Why Choose Us?
Our company is particularly trustworthy in terms of production experience and capacity.
Raw material
lmport 0A/0/1 grade titanium sponge with high quality
Factory capacity
TMT has Vaccum Arc
Furnace, control from
the source
Facility
Relying on advanced laboratory to test and guide our manufacturing technique
Various Types
Wide variety of material products can meet your different applications
certificate
ISO9001&AS9100&ISO13485 certificates for guiding TMT production
quality
TMT QC team ensure the highest quality of the materials offered
Years of Experience
14 years experience, so that you enjoy more professional service
Free sample
Free samples are available as soon as possible for you trial
We keep working online, get in touch.
If you want to know more product information, or the latest quotation, you can contact us at any time, we will do our best to provide more services.
Applicable to all walks of life related to the company's products.
- 01 About Us
- 02 Factory Tour
- 03 Quality Control
- 04 Customer Testimonials
How Can We Help?
Want to know our products, capabilities and resources, Contact us.
News
-
07-292023
AEROSPACE
In the future, titanium alloys will continue to maintain a leading position in the aerospace market. TMT titanium has been involved in the supply of aerospace materials for many years. We have been contracted and manufactured for a number of well-known aerospace machinery parts manufacturers Production of titanium rods. Titanium rods and other aerospace machinery parts for engines and turbines. Titanium alloys are processed in different forms, from bars and sheets to sheets of metal and coils. Forged and heat-treated titanium variants such as Ti-6Al-4V are suitable for high temperatures and have excellent fatigue strength, low modulus, high corrosion resistance and excellent strength-to-weight ratio thanks to the addition of vanadium and aluminum. In the aerospace industry, this alloy is commonly used in annealed or heat-treated fan blades, fan discs, front compressor blades and discs, front compressor housings and multistage discs, and fuselage forgings.
FAQS
-
TMT Titanium FAQS
1.Are you a manufacturer or a trader? We're a manufacturer with more than years of professional production experience. 2.Can you accept OEM? Yes, OEM is acceptable. Just pls provide us with the drawing or sample, we will production totally according to your requirements. 3.Can you provide us with the design drawing? Yeah, of course, we will provide you with the drawing after you paid or prepaid. 4.Can your factory produce products according to our drawings? Yes, we can. Most products can be customized, including the logo on your products. 5.What kind of your packaging? Neutral plywood or wooden box packaging or according to customer's requirements. 6.How long is your delivery time? Normally 30days after payment, and we promise we will deliver as soon as we can. 2023-08-01 -
How Is The Brittle Layer Formed On The Surface Of Titanium And Titanium Alloys?
How Is The Brittle Layer Formed On The Surface Of Titanium And Titanium Alloys? Titanium is an important metal material, titanium alloy has a wide range of applications in aerospace and defense and other fields, mainly used in the manufacture of aircraft parts and engines. High-temperature forging is an important process method for molding titanium alloys. During the high-temperature plastic forming process, a brittle layer is formed on the surface of titanium and titanium alloys. This brittle layer seriously affects the quality of titanium alloy parts. How is the brittle layer formed on the surface of titanium and titanium alloys? When titanium is exposed to high temperatures, a hard brittle layer, called an alpha layer, forms due to oxygen diffusion into the titanium. Titanium is a very strong metal and the alpha layer reduces the amount of strain the surface can withstand before cracking. Cracking on the surface of titanium and titanium alloys can lead to the formation of cracks, which ultimately lead to failure of the part. Failure of the part can lead to airplane crashes and injuries. There are three different possible approaches to dealing with alpha layer formation on titanium: prevention, minimization, or removal. The process currently used in the industry to address this issue is removal through chemical milling. Chemical milling essentially involves immersing the forged product in a container filled with a strong acid, hydrofluoric acid or nitric acid to remove the alpha layer. Currently the chemical milling process is not the ideal solution to the problem because the aviation industry has very strict regulations, which makes chemical milling very expensive. This also exposes the companies involved to legal risks, as in extreme cases, chemical spills can harm employees as well as the surrounding environment. In addition, waste hydrofluoric acid must be disposed of, which raises deeper environmental concerns. In light of the current progress, several aspects still need to be worked on in depth. First, the mechanism of α-layer generation, aiming to explore the prevention and mitigation of α-layer formation. Second, the effect of different coatings on α-layer, aiming to explore better protective coatings. Third, the evaluation method of α-layer on the surface of titanium and titanium alloys, to accurately determine the depth of the α-layer, and to assist in the formation of the correct chemical milling process. The study of this problem is conducive to improving the safety of titanium and titanium alloy forgings and the economy of the titanium alloy α-layer removal process. 2023-08-09 -
Common Characteristics and Applications of Titanium
Common Characteristics and Applications of Titanium 1. Titanium alloy is lighter than aluminum alloy: although the density of titanium alloy is higher than aluminum alloy, but why some of the pursuit of lightweight equipment still use titanium alloy? This is because titanium alloy has a higher strength-to-weight ratio, and can use thinner materials to achieve the same strength and hardness. Therefore, shells, parts,etc. made of titanium alloy are generally lighter than those made of aluminum. 2. The activity of titanium: Titanium metal at different temperatures show different reaction activity, titanium is very stable in room temperature air, not easy to have any reaction, but at high temperatures the chemical activity is very strong, and can easily react with many gases. 3. The common applications of titanium: (1) Aerospace applications—due to its lightweight and high temperature resistance, the aerospace industry provides a variety of aircraft-grade titanium alloys, used in the manufacture of aircraft turbine discs, blades and fuselage structural components. (2) Petrochemical applications—titanium applications due to its high level of corrosion and heat resistance, titanium feedstock is commonly used in the petrochemical industry in heat exchangers and reactors. (3) Medical Applications—medical grade titanium, titanium implants: titanium rods and wires are ideal materials for medical devices due to their biocompatibility with human bones and tissues. Titanium suppliers typically stock dental implants, prosthetics, and bone and joint replacement procedures. (4) Recreational Use: titanium alloy distributors are rapidly discovering a wider range of uses for titanium tubing in recreational products, which include sports equipment such as bicycles, golf clubs and tennis rackets. (5) Decorative: Titanium sheet and wire has become an attractive alternative to other specialty metals used in the jewelry industry, especially wedding jewelry 2023-08-09
Algeria
Argentina
Australia
Bangladesh
Bolivia
Brazil
Cambodia
Canada
Chile
China
Congo
Cuba
Denmark
Egypt
Ethiopia
Finland
France
Germany
Greece
Iceland
Indonesia
Iran
Ireland
Israel
Italy
Japan
Kazakhstan
Kenya
Korea
Macedonia
Malaysia
Mexico
New Zealand
Nigeria
Norway
Pakistan
Peru
Philippine
Russia
Saudi Arabia
Singapore
South Africa
South Korea
Spain
Thailand
Tunisia
Turkey
UAE
Uganda
Ukraine
UK
Uruguay
USA
Uzbekistan
Vietnam
Zimbabwe
Shaanxi TMT Titanium Industry Co., Ltd.
info@tmttitanium.com86-29 -8881-1875
No.618-620, Gaoxin Avenue, Chencang District, Baoji City, 721300, Shannxi, China, Shaanxi
China Good Quality Titanium Bar Supplier. Copyright © 2023-2024 tmttitanium.com . All Rights Reserved.
