Titanium Hydrogenate Powder Manufacturers, Suppliers, Factory - Buy Best Price Titanium Hydrogenate Powder for Sale - HST TITANIUM

Titanium Hydrogenate Powder Manufacturers, Suppliers, Factory - Buy Best Price Titanium Hydrogenate Powder for Sale - HST TITANIUM: As one of the most professional titanium hydrogenate powder manufacturers, suppliers and companies in China, we're featured by quality products and competitive price. Please rest assured to buy cost-efficient titanium hydrogenate powder in stock here from our factory. Contact us for more products for sale.

Titanium hydride powder, The product is a dark gray irregular powder. Use Titanium powder and Titanium Hydrogenate Powder are a very widely used metal powder.

Titanium is prone to crevice corrosion in some media

Titanium is prone to crevice corrosion in some media. Structural design should eliminate gaps and recesses that can store water as much as possible. The gap between the titanium plate and the titanium plate is also susceptible to corrosion, especially the gap formed by titanium and tetrafluoroethylene. Because titanium is not corrosion-resistant to solutions containing a small amount of soluble fluoride, fluoride causes passivation damage. Therefore, special care should be taken when using PTFE plastic gaskets, fluorine-containing rubber gaskets and adhesives. Its strength index decreases with the increase of temperature, and the mechanical properties of titanium change with temperature. For example, the tensile strength and yield strength at 250 to 300 ° C are half of those at room temperature. Even when the design temperature is not high, therefore. It should also be selected according to the strength value at the design temperature. grade 2 titanium sheet has a high yield ratio and good durability. When the design temperature is below 316°C, the tensile strength value at this temperature is often what determines the design strength index. For industrial pure titanium, the strength index value cannot be improved by heat treatment. When Titanium Threaded Forged Fitting is used in combination with other materials, the thermal expansion coefficient of titanium is small. Pay attention to the stress caused by the expansion difference.

Titanium Weld Neck Flange, Titanium Alloy Weld Neck Flange, WN Titanium Flange- HST TITANIUM

Titanium Weld Neck Flange, Titanium Alloy Weld Neck Flange, WN Titanium Flange- HST TITANIUM: As one of the most professional titanium weld neck flange manufacturers, suppliers and companies in China, we're featured by quality products and competitive price. Please rest assured to buy cost-efficient titanium weld neck flange in stock here from our factory. Contact us for more products for sale.

Titanium Weld Neck Flanges are flanges that designed to be joined to a piping system by butt welding. The gradual transition of thickness from the base of the hub to the wall thickness at the butt weld provides important reinforcement of the Titanium Weld Neck flange. The bore of the Titanium Weld-Neck flange matches the bore of the pipe, reducing turbulence and erosion.

Grade 1 Pure Titanium Sheet/Plate Manufacturers, Suppliers, Factory - Buy Best Price Grade 1 Pure Titanium Sheet/Plate for Sale - HST TITANIUM

Grade 1 Pure Titanium Sheet/Plate Manufacturers, Suppliers, Factory - Buy Best Price Grade 1 Pure Titanium Sheet/Plate for Sale - HST TITANIUM: As one of the most professional Grade 1 Pure Titanium Sheet/Plate manufacturers, suppliers and companies in China, we're featured by quality products and competitive price. Please rest assured to buy a cost-efficient Grade 1 Pure Titanium Sheet/Plate in stock here from our factory. Contact us for more products for sale.

Grade 1 Pure Titanium Sheet/Plate

1. Grade 1 titanium has excellent corrosion and wear resistance.
2. It can be used in the aerospace, marine, and chemical industries.
3. It has 3 delivery states: M (Annealed), Y (Cold Rolled), R (Hot Rolled)

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Rolling method of titanium thick-walled pipe, titanium seamless pipe and titanium alloy pipe

Titanium pipes can be divided into seamless pipes and welded pipes, which can be further divided into hot extruded pipes, hot rolled pipes, cold rolled pipes, welded pipes and Grade 3 Pure Titanium Tube. Thick-walled titanium pipes can be hot extruded or hot rolled. Cross-rolling (two-roll or three-roll mill) method of production. Thin-walled seamless titanium tubes (small diameter) need to be made by cold rolling or stretching. Some titanium alloys have low plasticity in cold rolling and are prone to cracking. In order to improve the rollability of titanium alloy tubes, warm rolling can be used.

Sputtering target preparation process and characteristics

We all know that there are many kinds of targets, such as alloys, oxides, copper, aluminum, stainless steel, nickel, titanium and other metals, and according to different metals, various target preparation methods are required.

Different process methods and characteristics of sputtering targets

1. Powder sintering method

Generally hot pressing, vacuum hot pressing, hot isostatic pressing and other processes will use the powder sintering method.

(1) Features: This preparation process has the characteristics of easy to obtain uniform fine-grained structure, saving raw materials, and high production efficiency. The key lies in the selection of high-purity, ultra-fine powder as the raw material, and the selection of forming and sintering technology that can achieve rapid densification, so as to ensure the low porosity of the target and control the grain size. The introduction of impurity elements needs to be strictly controlled during the preparation process.

(2) Suitable metals: suitable for W, Mo, Ru and other insoluble metals and alloys.

2. Melting and casting method

Generally, vacuum induction melting, vacuum arc melting, vacuum electron bombardment melting and other processes will use the melting and casting method.

(1) Features: Compared with the powder method, the smelting casting method has low impurity content in the smelting alloy target, especially the gas impurity content, and can be high-density and large-scale, but for metals with large differences in melting point and density, smelting It will be difficult to obtain alloy targets with uniform composition.

(2) Applicable metals: suitable for Al, Ti, Ni, Cu, Co, Ta, Ag, Pt and other metals with good plasticity.

3. Extrusion process

Generally, hot extrusion, cold extrusion, warm extrusion, etc. will use the extrusion process.

(1) Features: It is mainly used to prepare metal and alloy rotating targets with good plasticity.

(2) Applicable metals: suitable for Al, Cu, Zn and other metals with good plasticity.

4. Plasma spraying method

General vacuum, water stabilization, gas stabilization plasma spraying and other processes will use the plasma spraying method.

(1) Features: It can be used to prepare rotating targets such as brittle metals and alloys, ceramic targets, etc.

(2) Applicable metals: suitable for rotating targets such as Cr, Si, oxides, etc.

Through the above introduction, it can be known that the Titanium Nitride Sputtering Target preparation methods mainly include powder sintering method, smelting casting method, extrusion process, plasma spraying method, etc. Different processes have different application occasions, different characteristics, and different applicable metals, so different metals are used. The preparation process is different.

Titanium alloy forgings have great development potential

Titanium alloy forgings are not only widely used in aerospace manufacturing, but also can be used as steam turbine blades for thermal power generation to increase the length of steam turbine blades, thereby improving power generation efficiency and reducing the load on the rotor. In addition, Titanium Wing Nut also have certain applications in sports equipment, such as golf clubs, which allow the elastic hitting surface to store or release energy through a longer impact time to ease the impact, thus eliminating the need for Swing hard enough to hit the ball far. The wide application of titanium alloy forgings in various fields makes titanium alloy forgings have great development potential.

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Treatment of surface defects after titanium forgings are made into parts

Since titanium forgings are made into parts, their stress, importance, and working conditions are different during use, and their materials and metallurgical processes are also different. Therefore, different parts are divided into titanium forgings according to the above conditions and in accordance with the requirements of this department. In terms of categories, different departments and different standards classify titanium forgings differently. But in any case, the quality inspection of titanium forgings as a whole is inseparable from two types of inspections, namely the inspection of appearance quality and internal quality, but the categories of titanium forgings are different, and the specific inspection items, inspection quantities and inspection requirements Just different. For example, some industrial departments classify structural steel, stainless steel, and heat-resistant steel F9 Titanium Forging into Class IV for inspection; some departments classify aluminum alloy titanium forgings and die titanium forgings Aluminum alloy and copper alloy titanium forgings are divided into category IV for inspection.

Specifically, the appearance quality inspection of titanium forgings is to check whether the shape and geometric dimensions of titanium forgings meet the requirements of the drawing, whether there are defects on the surface of titanium forgings, what kind of defects are, and what are their morphological characteristics. The inspection content of the surface state is generally to check whether there are surface cracks, folds, wrinkles, pressure pits, orange peel, blisters, scars, corrosion pits, bruises, foreign objects, underfilling, pits, lack of meat, etc. on the surface of titanium forgings. Defects such as scratches. The internal quality inspection is to check the internal quality of the titanium forging itself, which is a quality condition that cannot be found in the appearance quality inspection. It includes not only checking the internal defects of the titanium forging, but also checking the mechanical properties of the titanium forging, and for important and key parts. Or large titanium alloy forged rings should also be analyzed for chemical composition. For internal defects, we will use low-magnification inspection, fracture inspection, and high-magnification inspection to check whether titanium forgings have internal cracks, shrinkage cavities, porosity, coarse grains, white spots, dendrites, streamlines that do not conform to the shape, streamlines, etc. Defects such as disorder, flow-through, coarse-grain ring, oxide film, delamination, overheating, and overfired tissue. As for the mechanical properties, it is mainly to check the tensile strength at room temperature, plasticity, toughness, hardness, fatigue strength, high temperature instantaneous fracture strength, high temperature durable strength, durable plasticity and high temperature creep strength, etc.

The existence of defects in titanium forgings, some will affect the quality of subsequent processes or processing, and some will seriously affect the performance and use of titanium forgings, and even greatly reduce the service life of finished products, endangering safety. Therefore, in order to ensure or improve the quality of titanium forgings, in addition to strengthening quality control in the process and taking corresponding measures to prevent the occurrence of titanium forging defects, necessary quality inspections should also be carried out to prevent subsequent processes (such as heat treatment, surface treatment, Cold working) and titanium forgings with defects that have adverse effects on performance flow into subsequent processes. After the quality inspection, remedial measures can also be taken for the manufactured titanium forgings according to the nature of the defects and the extent to which they affect the use, so as to make them meet the technical standards or use requirements.

Therefore, in a sense, the quality inspection of titanium forgings, on the one hand, is to check the quality of titanium forgings that have been produced, and on the other hand, it is to point out the direction of improvement for the forging process, so as to ensure that the quality of titanium forgings meets the requirements of titanium forgings technical standards. And meet the requirements of design, processing and use. The quality inspection of titanium forgings includes the inspection of appearance quality and internal quality. Appearance quality inspection mainly refers to the inspection of geometric dimensions, shapes, surface conditions and other items of titanium forgings; internal quality inspection mainly refers to the inspection of chemical composition, macrostructure, microstructure and mechanical properties of titanium forgings.

How to deal with the surface of the titanium tube?

The alloying of the surface of the titanium tube can also be called a coating. Compared with the oxide coating of palladium coated on titanium, it has the advantages of strong bonding, wear resistance and corrosion resistance. Compared with titanium-palladium alloy, the surface content of palladium is high, which saves the precious metal palladium, reduces the cost, and also has excellent performance.

Aluminizing the surface of the Titanium Coil Tube can reduce the tendency of titanium to absorb hydrogen. Mixing 88% alumina, 4% aluminum fluoride and 8% aluminum powder and coating it on the titanium workpiece is the best aluminizing condition. The temperature is 810°C . The thickness and structure of the aluminized layer depend on the holding time. Using the cladding aluminizing method, a thin coating about 2 mm thick can be obtained by short-term diffusion, which has good bonding force and does not affect the mechanical properties of the substrate. The coating consists mainly of a titanium oxide phase, forming a very effective barrier against hydrogen permeation.

After the palladium plating on the Titanium Condenser Tubes, it can be heated by different methods to diffuse the palladium plating layer to the surface area of the titanium tube to form a titanium-palladium alloyed layer on the surface, thereby improving the corrosion resistance. Thermal diffusion or laser surface remelting are possible in principle. Use the laser to irradiate the titanium surface to make it melt and condense rapidly, so that the pre-vacuum-deposited 150-micron palladium film can be rapidly melted to form an effective palladium alloy.

Titanium tube has excellent high temperature and low temperature performance

titanium seamless tubings have excellent high and low temperature performance. Seamless titanium tubes can still maintain good mechanical properties at high temperatures, and their heat resistance is higher than that of aluminum alloys, and the operating temperature range is wider. At present, the operating temperature of new heat-resistant titanium alloys can reach 550-600 ° C; At low temperature, the strength of titanium alloy is increased than that at normal temperature, and it has good toughness. Low-temperature titanium alloy can maintain good toughness at -253°C.

When the titanium bicycle tubing is used, the lower opening of the outer tube is usually connected to the faucet, because the water will automatically flow upward when it is heated in the condenser tube, so as to achieve a greater cooling effect. Jinxi Titanium Industry Technology Co., Ltd. is committed to providing better quality titanium tubes. Titanium welded tubes serve as high-quality products for refrigeration equipment condensers.

Introduction of Titanium Tube Material Titanium Alloy

Titanium tubes are light in weight, high in strength and good in mechanical properties. Titanium tubes are widely used in heat exchange equipment, such as shell and tube heat exchangers, coil heat exchangers, serpentine tube heat exchangers, condensers, evaporators and pipelines. Many nuclear power industries use titanium tubes as standard tubes for their units. titanium seamless pipe

Titanium tube material Titanium alloy is an alloy composed of titanium and other elements. Titanium has two kinds of allotropic crystals: below 882°C is close-packed hexagonal structure α-titanium, and above 882°C is body-centered cubic β-titanium. Grade 3 Pure Titanium Tube

What should be paid attention to in titanium plate filter material

1. When using a grade 7 titanium alloy plate as a filter material, prevent it from being collided or scratched, and keep it well so as not to be polluted.

2. The use of titanium plate filter material cannot exceed its maximum working capacity.

3. Before entering the work, the titanium plate filter material must be activated first, and then it can be adjusted to the normal working environment.

4. Finally, the used Grade 3 Pure Titanium Plate material must be cleaned

Experience Introduction of Processing Methods for Titanium Alloy Materials

The pressure processing of titanium alloys has more similarities with steel processing than with the processing of non-ferrous metals and alloys. Many process parameters of grade 5 titanium round rod in forging, volume stamping and plate stamping are close to those of steel processing. But there are also some important features that must be paid attention to when press working titanium and titanium alloys.

Due to titanium's heat resistance, cooling is critical during titanium alloy machining. The purpose of cooling is to keep the cutting edge and tool surface from overheating. Use end coolant for excellent chip evacuation when shoulder milling as well as face milling pockets, pockets or full slots. When cutting Seamless Titanium Tube Grade 2, chips can easily stick to the cutting edge, causing the next round of milling cutter rotation to cut chips again, often causing edge line chipping. Each insert cavity has its own coolant hole/injection to solve this problem and enhance constant edge performance. Another clever solution is threaded cooling holes. Long edge milling cutters have many inserts. Applying coolant to each hole requires high pump capacity and pressure. But it is different, it can block the unnecessary holes according to the needs, so as to maximize the liquid flow to the required holes.

Medical basis of titanium alloy

The main advantages of using titanium and titanium alloys as human implants are (1) Density (20°C) = 4.5g/cm3, lightweight. Implanted into the human body: reduce the burden on the human body, as a medical device: reduce the operating load of surgical medical titanium wire personnel. (2) Low elastic modulus, pure titanium is 108500MPa, implanted in the human body: it is closer to the natural bone of the human body, which is beneficial to bone joint and reduces the stress shielding effect of bone on the implant. (3) Non-magnetic, not affected by electromagnetic fields and thunderstorms, which is beneficial to human safety after use. (4) Non-toxic, as an implant, it has no toxic side effects on the human body. (5) Corrosion resistance (biologically inert metal material), which has excellent corrosion resistance in the immersion environment of human blood, ensures good compatibility with human blood and cell tissue, does not produce human pollution as an implant, and does not Allergic reactions will occur, which is the basic condition for the application of titanium and titanium alloys. (6) High strength and good toughness. Due to trauma, tumors, and other factors that cause bone and joint damage, in order to establish stable bone support, arc-shaped plates, screws, artificial bones, and joints must be used. These implants should be left in place for a long time. In the human body, it will be subjected to bending, torsion, extrusion, muscle contraction, and other effects of the human body, requiring implants to have high strength and toughness.

Cleaning process of titanium alloy forging

The oxide scale and α-shell layer formed during the forging heat treatment of all titanium alloys are very brittle, and induce cracks in the subsequent forging or in the final forging or cause tool wear in the subsequent machining process. Therefore, it is recommended that titanium alloy processing remove scale and α-shells between continuous forgings, and scales and α-shells must be removed before forgings are delivered to users.

The cleaning technology of F9 Titanium Forgings has two aspects: one is the removal of oxide skin; the other is the removal of α shell. The scale can be removed mechanically, such as sandblasting; or chemically, such as molten salt derusting. The choice of rust removal method depends on the size, complexity and cost of the part.

Sandblasting is an effective method to remove rust scales. It can remove scales with a thickness of 0.13-0.76mm. It can use 100-150 mesh zircon sand or steel sand, and the air pressure can reach 275Pa. Although sand blasting is available for forgings of various sizes, it is mostly used for medium and large titanium alloy forgings. Sandblasting equipment can use abrasive drums, shot peening or sandblasting units. After sandblasting, it is pickled to remove the alpha shell.

Molten salt derusting is another effective method for removing scale, and pickling removes the alpha shell along with it. 1. The flow chart of rust removal and pickling by molten salt, solution composition and related parameters. The frame used for molten salt derusting is generally made of wood, titanium or stainless steel, in order to prevent electric potential from being generated between the workpiece and the frame, resulting in electrical erosion or arcing of the workpiece. Molten salt derusting is often used for medium and small forgings. In the case of large batches of forgings, the operating system can be fully automated.

What are the methods of cleaning titanium tubes?

Titanium tubes are light in weight, high in strength and superior in mechanical properties. Titanium tubes are widely used in heat exchange equipment, such as shell and tube heat exchangers, coil heat exchangers, serpentine tube heat exchangers, condensers, evaporators and pipelines. Many nuclear power industries use titanium tubes as standard tubes for their units. Huayu titanium tube manufacturer took us to see what are the methods of cleaning titanium heat exchanger tubing?

1. Alkaline cleaning: Soak the titanium tube with 3-5% sodium hydroxide analytically pure solution for 30-60 minutes at a temperature of about 40 degrees. Good in an ultrasonic cleaner. After immersion, flush the inside and outside with filtered deionized water or water for injection until neutral, and measure the conductivity. Blow dry with pure air ≥ 0.4Mpa pressure.

2. Pickling: Soak the Seamless Titanium Tube Grade 2 in 5% nitric acid solution for more than 8 hours at a temperature of 40 degrees. Good in an ultrasonic cleaner. After immersion, flush the inside and outside with filtered deionized water or water for injection until neutral, and measure the conductivity. Blow dry with pure air ≥ 0.4Mpa pressure.

3. The above two methods can be used alone or in conjunction with each other. If conditions permit, it can be combined with an ultrasonic cleaning machine for good results.

4. Organic matter pollution can be cleaned in combination with surfactants, and the debris pollution system combined with enzyme cleaning has a good effect.

Titanium alloy wear-resistant composite treatment technology

At present, driven by the growing industrial demand, composite coating technology will gradually replace single coating technology. Micro-arc oxidation is also called micro-plasma oxidation. This technology can prepare ceramic layers with good metallurgical properties on the surface of light metals Al, Mg, Ti and corresponding alloys with the help of high voltage, high current and instantaneous high temperature. The main component of the ceramic layer is the oxide grown in situ on the substrate, and the electrolyte components will also participate in the micro-arc oxidation film layer. The electrical parameters in the micro-arc oxidation process (such as solution formulation, voltage and current, duty cycle, pulse frequency, etc.) have a great influence on the preparation and microstructure of the micro-arc oxidation film. This method has the advantages of safe process, simple operation, and environment-friendly solution. It also has the advantages of simple process, uniform and dense film layer, and less restrictions on the size of workpieces, which cannot be compared with other treatment technologies.

ASTM F136 6Al-4V ELI Titanium Bar alloy micro-arc oxidation film has the advantages of high hardness, high bonding strength of film base, corrosion resistance and wear resistance, but the surface of the film layer is rough, loose and porous, and the friction coefficient is large, which reduces the wear resistance of the film layer. , which shortens the service life of the oxide film, which is not conducive to the application of titanium alloys in abrasive environments. At present, some research institutes of the Russian Academy of Sciences have carried out a lot of work to improve the defect of titanium alloy micro-arc oxidation film, but domestic attention to this issue has just started.

Medical basis of titanium alloy

The main advantages of using Titanium Grade 2 Round Bar and titanium alloys as human implants are: (1) Density (20°C) = 4.5g/cm3, light weight. Implanted into the human body: reduce the burden on the human body, as a medical device: reduce the operating load of medical personnel. (2) Low elastic modulus, pure medical titanium plate is 108500MPa, implanted in the human body: it is closer to the natural bone of the human body, which is beneficial to bone joint and reduces the stress shielding effect of bone on the implant. (3) Non-magnetic, not affected by electromagnetic fields and thunderstorms, which is beneficial to human safety after use. (4) Non-toxic, as an implant, it has no toxic and side effects on the human body. (5) Corrosion resistance (biologically inert metal material), which has excellent corrosion resistance in the immersion environment of human blood, ensures good compatibility with human blood and cell tissue, does not produce human pollution as an implant, and does not Allergic reactions will occur, which is the basic condition for the application of titanium and titanium alloys. (6) High strength and good toughness. Due to trauma, tumors and other factors that cause bone and joint damage, in order to establish a stable bone support, arc-shaped plates, screws, artificial bones and joints must be used. These implants should be left in place for a long time. In the human body, it will be subjected to bending, torsion, extrusion, muscle contraction and other effects of the human body, requiring implants to have high strength and toughness.

What are the common problems in the process of titanium alloy processing?

Titanium alloy has the characteristics of high strength, small specific gravity, corrosion resistance, low temperature resistance and high temperature resistance. According to the structure after annealing, it can be divided into α-phase titanium alloy, β-phase titanium alloy, and α-β-phase titanium alloy. The α-phase titanium rectangular bar alloy (TA type) cannot be strengthened by heat treatment, so the room temperature performance is not high, it has medium plasticity, and the machinability is acceptable. The β-phase Grade 3 Pure Titanium Sheet alloy can obtain higher room temperature performance through quenching and aging treatment. When α β phase titanium alloy (TC type) is processed, the contact length between the chip and the front is short, and the cutting force acts near the cutting edge. Due to the small thermal conductivity, the temperature of the cutting edge is high, which accelerates the wear of the drill bit, and due to work hardening The phenomenon is more serious, and the elastic coefficient is smaller, so the shrinkage of the drilled hole is larger, which also affects the life of the drill bit.

China Factory Best Price Chemical Industry Gr2 Gr1 Titanium Foil

Gr2 Pure Titanium Foil Basic Info

Surface

Acid Surface or Polishing

Color

Metallic

Tolerance

H7

Condition

R M Y

Service

OEM, ODM

Packaging

Wooden Cases Suitable for Overseas Shipment

Supply Ability

80tons Per Month

Payment Term

T/T, L/C and So on

Width

<500mm

Trademark

RG TECH

Transport Package

Plywood Box

Specification

Shape Foil Sheet Plate

Origin

China

Product Description

Grade 5 Ti-6Al-4V Titanium Foil Product Information

Item name	Titanium Plate, Titanium Sheet, and Titanium foil
Standard	ASTM B265
Grade	Gr1,Gr2,Gr3,Gr4,Gr5,Gr7,Gr9,Gr12,Gr23 etc.
Technology	Hot rolling, Cold rolling
Test	Ultrasonic test(UT),X-ray test
Thickness	Foil:  ≤ 0.3mm Plate: > 0.3mm
Standard specifications	Width: <1.1m Length: <2.2m Special specifications can be customized
Manufacturing methods	Hot rolling and cold rolling
Annealing temperature:	700~785°C
Size(mm)		Length	Width	Thickness
	Hot rolling	1000~4000	400~3000	4.1~60
	Cold rolling	1000~3000	400~1500	0.3~6