Titanium Industrial Plate

When it comes to clean the surface of the industrial titanium plate, the most effective industrial degreasing agent. 3% concentration of these chemicals will remove oil stains from plates. Then, the plate is cleaned using a cloth. Next, the plate is soaked in clean water in 35-55 degC for about 3 minutes. After that, left drying in 140DEGC for five minutes. After that, the plate must be cleaned using the same method as before.

In the following paragraphs, we will discuss the characteristics of various industrial titanium plate values. This is usually used for containers that require excellent corrosion resistance. While these values ​​are different in their chemical composition, they are all able to hold various service environments. For example, class 2/2H offers a minimum strength guaranteed 40 ksi (275 MPa) and the same corrosion resistant such as other pure commercial plate grades. In addition, industrial titanium plates are easily welded and work cold. It also forms an oxide film that protects the surface from corrosion.

Another use of Industrial titanium plate is in the medical field. It offers great resistance to corrosion, tissue and fluid. The human body can handle titanium without side effects. This is another reason why titanium is used in surgical instruments. These instruments must be bacteria and resistant to germs. Only the great force will cause the instrument to be damaged. Industrial titanium suppliers have met these requirements for more than sixty years, and continue to produce metals to meet this demand. There are several types of titanium and medical titana plates.

303SE and 384L are the two most common types of industrial titanium plates. It has a higher chromium and sulfur content. They are suitable for the main cutting and for the heat forging section. They also have a very good thermal processing process. 304L is another option for cutting the titanium. It has a very low carbon content. The reduced carbon content minimizes the possibility of carbide separation in welding seams. In addition, this is a good choice for the manufacture of welding stems.

Like all metals, corrosion resistance is influenced by carbon content. When the carbon content of industrial titanium plates is high, intergranular corrosion resistance material becomes weakened. Although the carbon content is relatively low, carbon-based alloys have a lower tendency to be emphasized than their austenic colleagues. And as a result, they are more vulnerable to corrosion. However, these two factors do not fully negate the importance of industrial titanium plates for containers.

Type 304 is the most common industrial titanium plate container and is used for various types of parts and equipment. Class 302, on the other hand, has more carbon content than 304. This is usually used in cases where higher strengths are needed. Unlike 304, 302b made of high silicon, making it more resistant to high temperatures and oxidation. Once again, 304 and 301 have their own special applications. Both are an excellent choice for industrial purposes.