博文

目前显示的是 二月, 2021的博文

Do you know Used for 3D Printing Titanium Powder Titanium Rod?

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  For a long time, Chenyuan company has been focusing on the quality control, smelting and forging process of titanium sponge from the source of bar material, and is committed to creating   Used For 3D Printing Titanium Powder Titanium Rod . the oxygen content, bar material purity and other parameters of Chenyuan's Used For 3D Printing Titanium Powder Titanium Rod fully meet the prep milling standard.   1. The light of metal 3D printing technology As a new manufacturing technology, 3D printing has shown a very broad application prospect, and has shown a strong development momentum in more fields such as equipment design and manufacturing, equipment support, aerospace, etc., which Chenyuan company, as a titanium enterprise, has been focusing on. Compared with the United States, China started relatively late in the field of 3D printing, but it showed explosive growth. From 2016 to 2020, the compound annual growth rate of 3D printing in China will exceed 38%. The advantage o...

What's the application of medical titanium bar?

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  With the development of titanium industry, more and more applications of titanium products have been found in more and more fields. And  Medical Titanium Bar  is the best. Baoji chenyuan metal materials co., LTD. In the field of titanium smelting and forging has been a continuous exploration and development. (1) Medical Titanium Bar , as a new type of material, has been used for decades in the global pharmaceutical industry, surgical instruments, human implants and other medical fields, and has achieved great success. (2) the human body should be caused by trauma, tumor bone, joint injury, the use of titanium and titanium alloy can make artificial joints, bone plate and screws has been widely used in clinical. It is also used in hip joint (including femoral head), knee joint, elbow joint, metacarpophalangeal joint, interphalangeal joint, mandible, artificial vertebrae (spinal orthoses), pacemaker shell, artificial heart (heart valves), artificial teeth, and titanium mes...

Why do we have to use grade 5 titanium alloy as the material of air transport aircraft?

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  First of all, the thermal conductivity of   grade 5 titanium   alloy is only 1 / 4 of that of steel, 1 / 13 of that of aluminum and 1 / 25 of that of copper. Due to the slow heat dissipation in the cutting area, it is not conducive to the heat balance. In the process of cutting, the heat dissipation and cooling effect is very poor, which is easy to form high temperature in the cutting area. After processing, the deformation and springback of the parts are large, resulting in the increase of cutting tool torque, rapid wear of cutting edge and the decrease of durability. Secondly, the thermal conductivity of grade 5 titanium alloy is low, which makes the cutting heat accumulate in a small area near the cutting tool and is not easy to dissipate. The friction of rake face is increased, so it is not easy to remove chips and the cutting heat is not easy to dissipate, which accelerates the tool wear. Finally, because of its high chemical activity, titanium alloy is easy to rea...

Titanium Target

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Titanium Target https://www.bjcxtitanium.com/ sxtitanium@gmail.com

How to forge titanium round bar

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  1. The forging of  titanium round bar  is mainly drawing. The whole forging process can be divided into open forging, intermediate (semi-finished) forging and finished forging. The first heat forging of ingot is called open forging, and the rest is intermediate forging and finished forging. 2. When the ingot is open, the first step is light forging and fast forging. The reduction of each stroke should be small, which is no more than 80 mm for pure titanium round bar and no more than 60 mm for alloy. When the total deformation reaches 20-30% (forging ratio 1.25-1.43), the reduction of each stroke can be increased, which is 80-100 mm for pure titanium and 60-80 mm for alloy. When the deformation is basically completed or the temperature is quite low, the deformation should be gradually reduced to avoid deformation There are cracks. 3. During normal forging drawing, the feeding amount (LO) is generally 0.75 of the hammer head width (b), that is, Lo = 0.75b. For example: fo...