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Titanium Bar & Rod


Titanium bars are a very strong metal material with good ductility, corrosion resistance and wear resistance. It has excellent impact resistance and high strength, able to withstand great pressure. In addition, the density of titanium bars is low, which can reduce weight and save energy. Titanium Bar Performance ● Low Density and High Strength ● Excellent Corrosion Resistance ● Good resistance to effect of heat ● Excellent Bearing to cryogenic property ● Nonmagnetic and Non-toxic ● Good thermal properties Titanium bars are used extensively in medical, aerospace and chemical industries. FD Titanium offers the Titanium bar with good quality and good price. If you have any question or request. Please let us know by sending email to [email protected] Grades of Titanium Bar Titanium bars are available in a variety of grades. The most common grades are GR1, GR2, GR3, GR4, GR5, GR7, GR9, GR23. ● Grade 1 can be used in the drawing parts for its good elongation and excellent corrosion-resistance. ● Grade 2 is used most widely in the commercially pure titanium ● Grade 3 is almost used in pressure vessel. ● Grade 4 can be used in some fittings parts and fastening pieces, but for complex shape need 300 degrees Celsius to form. ● Alloy grade 5 (Ti-6Al-4V) widely used in the titanium alloys because of its comprehensive mechanical and chemical properties. ● Alloy grade 7 adds little palladium in cp titanium and it has the most excellent corrosion-resistance, of course it costs higher. ● Alloy grade 9 (Ti-3Al-2.5V) is the most widely used in the golf clubs and bicycle girders. ● Alloy grade 23, ELI (extra low interstitial), can be used in the medical appliance. Chemical Composition of Titanium Bar Mechanical Properties of Titanium Bar Specification of Titanium Bar ASTM B348 Titanium and Titanium Alloy Bars and Billets AMS 4928 Titanium Alloy Bars, Wire, Forgings, Rings, and Drawn Shapes (6Al-4V), Annealed ASTM F67 Unalloyed Titanium for Surgical Implant Applications (UNS R50250, UNS R50400, UNS R50550, UNS R50700) ASTM F136 Wrought Titanium-6 Aluminum-4 Vanadium ELI (Extra Low Interstitial) Alloy (UNSR56401) for Surgical Implant Applications ASTM B381 Titanium and Titanium Alloy Forgings…


Titanium Tube & Pipe


Are You Looking For Titanium Tube ? Titanium tubing is a very strong and light material for any application. It is used in many industries because it’s very durable, corrosion resistant and provides good stiffness. It has higher strength than aluminum, has lower density than stainless steel and weighs less per unit volume than copper. FD Titanium has more than 15 years’ experience on titanium tube manufacturing. We offer the tubes with good quality and good price. If you have any question or request. Please let us know by sending email to [email protected] What is a Titanium Tube? You may have seen these things before, but do you know what they are? A titanium tube is a hollow cylinder that’s been made by titanium. Titanium is an extremely strong metal and can be used in many different ways, including as a part of airplane parts or to make weapons like the gun. It’s also lightweight, resistant to corrosion and doesn’t rust easily. But why would anyone want such a thing? Well for starters, the cost of manufacturing them is high—if you want one made from titanium then expect it to cost upwards of $50 per kilo. But if you’re looking for something more affordable there are other options available; both aluminum and stainless steel tubes will work just fine! Specifications of Titanium Tube Titanium tube is a very strong material. Its weight is about 1/2 that of stainless steel and its tensile strength is much greater than any other metal. It has excellent corrosion resistance and be usually used for Ocean applications; industrial uses include aerospace engine parts and nuclear reactor components; military applications include missile nose cone shrouds, heat shields for rockets etc., civil applications include bicycle frame, golf shaft, wheelchair frame, teacup etc., Below are the commonly used…


Titanium Tube & Pipe Suppliers in China


Titanium is very niche among metals, not as much as one thousandth of the capacity of carbon steel and stainless steel. However, with the development of technology, more and more fields begin to use titanium. Due to the inconvenient information communication, it is difficult for manufacturers to find users of titanium products, and titanium purchasers do not know much about the domestic factories. If you have the same concerns above, you are in the right place.! In this article, you are provided the main manufacturers of titanium tube and pipe in China. Seamless Tube Heavy Thickness & Titanium Alloy Welded Tube Better Price & Thin Thickness Welded Pipe Large Size with thin Thickness Titanium Seamless Tube Suppliers BaoTi Group Business Type: Full Lines Manufacturer Year Established: 1965 Factory Location: Baoji City, Shaanxi Certification: ISO9001, AS9100C, ISO10012, PED, NORSOK BAOTI Group Co.,Ltd. was established in 1965. During the third five-year national plan, in order to meet the need of national defense and military industry and cutting-edge technology development, BAOTI Group which project code is 902 was invested as national key enterprise. Over fifty years development, BAOTI has grown to become the biggest specialized rare metal production and R&D base that primarily about titanium and titanium alloy. It has titanium; zirconium and hafnium; equipment design and manufacture; special metal four industry sectors. BAOTI is an integrated titanium producer across the whole supply chain from sponge to final product. At present, company annual output of titanium product accounting for more than 40% of the total output in China. Holding company Baoji titanium industry Co., Ltd. is the first stock among China’s titanium companies (stock code: 600456). Holding company Nanjing BAOSE Co., is the first stock in special metal non-standard equipment manufacture in China (stock code:300402). Entering a new era, BAOTI Group will be…


Eddy Current Testing for Titanium Tube


Eddy current testing always called ET on Nondestructive testing of metallic materials. The basic principle of eddy current testing: Placing the coil with alternating current on the metal plate to be tested or outside the metal tube to be tested. At this time, an alternating magnetic field will be generated in and near the coil, which will generate a vortex-shaped induced alternating current in the test piece, called eddy current. The distribution and size of eddy current depend not only on the shape and size of the coil, the size and frequency of AC current, but also on the conductivity, permeability, shape and size of the specimen, the distance from the coil and whether there are cracks on the surface. Therefore, under the condition of keeping other factors relatively unchanged, the change of magnetic field caused by eddy current can be measured by a detection coil, and the size and phase change of eddy current in the specimen can be inferred, and then the information about the change of conductivity, defects, material conditions and other physical quantities (such as shape, size, etc.) Or the existence of defects can be obtained. However, because the eddy current is an alternating current with skin effect, the detected information can only reflect the situation on the surface or near the surface of the specimen. 2. Application: According to the shape of the test piece and the purpose of testing, different types of coils can be used, usually including through type, probe type and plug-in type. The pass-through coil is used to detect titanium tube, titanium rod and titanium wire. Its inner diameter is slightly larger than that of the detected titanium tube. When it is used, the detected object passes through the coil at a certain speed, and defects such as cracks, inclusions and…


Why titanium alloy is a difficult-to-machine material?


Why do we think that titanium alloy is a difficult-to-machine material? Because of the lack of deep understanding of its processing mechanism and phenomenon. 1. Physical performance at titanium processing The cutting force of titanium alloy is only slightly higher than that of steel with the same hardness, but the physical performance of machining titanium alloy is much more complex than that of machining steel, which makes the machining of titanium alloy face enormous difficulties. The thermal conductivity of most titanium alloys is very low, only 1/7 of that of steel and 1/16 of that of aluminum. Therefore, the heat generated in the process of cutting titanium alloy will not be quickly transferred to the workpiece or taken away by the chips, but will be gathered in the cutting area, and the temperature generated can be as high as more than 1 000 ℃, so that the cutting edge of the tool is rapidly worn, cracked, and built-up edge is generated, and the rapidly worn cutting edge generates more heat in the cutting area, which further shortens the life of the tool. The high temperature generated in the cutting process also destroys the surface integrity of titanium alloy parts, resulting in the decline of geometric accuracy of parts and the appearance of work hardening which seriously reduces their fatigue strength. The elasticity of titanium alloys may be beneficial to the performance of parts, but in the cutting process, the elastic deformation of the workpiece is an important cause of vibration. The cutting pressure causes the “elastic” workpiece to move away from the tool and rebound, so that the friction between the tool and the workpiece is greater than the cutting action. The friction process also generates heat, which aggravates the problem of poor thermal conductivity of titanium alloys. This problem…


What are titanium tubes used for?


We need to know the characteristics of titanium before using it. First, titanium has low density, which is half of stainless steel, so the weight of titanium is only half of stainless steel with the same volume, and it greatly reduces the weight. Second, titanium has better corrosion resistance to salt water (sea water) than copper. The titanium alloy materials such as Ti-3Al-2.5V, Ti-6Al-4V have the above advantages, and they also have higher strength and hardness. Titanium tube is a metal material with high strength, hardness and corrosion resistance, which is widely used in aerospace, chemical corrosion prevention, health care, marine engineering equipment, refrigeration and heat transfer, bicycle and wheelchair frames, etc. With the development of science and technology, titanium tube is used more and more widely in many fields. 1. Aerospace field Titanium tube used in aerospace field must have high strength and hardness, good creep resistance, high tensile strength at high temperature, and also certain corrosion resistance. The main titanium alloy material used is Grade 9(Ti-3Al-2.5V). AMS 4943, AMS4944, AMS4945 standards are implemented. 2. Chemical corrosion prevention field Titanium tube can be used in acid and alkali environment, but not usable in sulfuric and nitric acid environment. Chlor-alkali industry specializes in producing chlorine gas and caustic soda by electrolyzing salt aqueous solution. As the earliest, chemical industry that uses titanium, it has a history of more than one hundred years. The main titanium equipment used in chlor-alkali production is metal anode electrolytic cell, ion-film electrolytic cell, tubular wet chlorine cooler, refined brine preheater, dechlorination tower, chlor-alkali cooling scrubber, vacuum dechlorination pump and valve, etc. Titanium tube can be used in the temperature of -50℃~+250℃. but cannot be used in higher temperature and extremely cold environment. Commercial pure titanium is the main material used. 3. Health care field Since titanium tube is harmless to human…


Titanium Tubing on Bicycle Frame


Why Seamless 3AL-2.5V Titanium Tubing ? In addition to unalloyed titanium, which is called commercially pure or CP, there are two alloys commonly used in the cycling industry today: 3AL-2.5V and 6AL-4V. CP has half the strength of 3-2.5. A CP frame must be made heavier than an equivalent 3AL-2.5V frame in order to have comparable strength. Even most steels used in high quality frames have higher strength than CP. 6AL-4V tubes are not seamless. only heavy thickness tubes, 6/4 titanium has a greater tensile strength but it’s very hard to weld. they are rolled from a sheet and welded at the joint. What does that mean? It means that there is a potential failure point at the welded seam. Therefore, we don’t recommend using this type of tubing. 3AL-2.5V titanium is an alloy consisting of 3% aluminum, 2.5% vanadium, and 94.5% pure titanium. The properties critical to bicycle tubing are best served by a high quality 3-2.5 seamless tube. Excellent fatigue life, property consistency, formability, and corrosion resistance are but a few of the reasons 3-2.5 is still the premier frame material. Nothing Looks Like Titanium Tubing The unique performance of titanium material makes it an excellent material for making bicycle frame. Its high strength, low density, low elastic modulus, excellent fatigue resistance and corrosion resistance make the titanium alloy frame made not only very strong and durable, but also very light. Titanium does not break, rust, or corrode in any atmospheric environment. Titanium is so resistant to corrosion that it doesn’t even need any paint treatment. We just lightly rub the surface to brighten up its natural color. Nothing Rides Like Titanium Tubing Titanium, like steel, has an inherent flexibility, but it’s more pronounced. As a result, it has a very slight elasticity, which means it can absorb…