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We specialize in producing all kinds of titanium rods, mainly titanium clad copper rods, titanium round rods, rolled titanium rods, titanium hexagonal rods, hollow titanium rods, forged titanium rods, etc.
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Titanium forging is a manufacturing process that uses compressive force to shape titanium. This process involves applying external force to titanium metal blanks to change their size, shape, and characteristics. The forging process imparts a structure to the metal that increases its strength.
The temperature for forging titanium depends on the type, grade, size, and shape of the metal. Forging temperatures typically range from 1,450 degrees F (790 degrees) to 1,950 degrees F (1,065 degrees). Unalloyed titanium can be forged at temperatures as high as 1,650 degrees F (900 degrees), while alloyed titanium requires higher temperatures.
Titanium forging is often used in heavy industry due to its excellent strength-to-weight ratio and corrosion resistance. Titanium forging is also used in other industries such as automotive, power generation, and shipbuilding.
Types of Titanium Forgings
The titanium forgings produced by our company mainly include the following types:
Titanium cakes are a type of titanium alloy forging. Titanium cakes are mixtures of titanium and other chemical elements. They are lightweight, have high tensile strength and toughness, and can withstand extreme temperatures. Titanium cake Ti-6Al-4V is the most commonly used titanium alloy, often referred to as a “workhorse” alloy. It is used in biomedical implants and high-temperature structures, such as those found in the aerospace industry.
A common titanium cake has the following:
●Ti-6Al-4V Titanium Cake:Ti-6Al-4V Titanium Cake is a titanium alloy, also known as TC4, Ti64, or ASTM Grade 5. It is a common titanium alloy that is used in many applications. Ti-6Al-4V is used in many applications due to its high tensile strength and resistance to corrosion, especially in salt water. It is the most commonly used form of titanium in the aerospace industry, accounting for about 50% of all titanium used worldwide.
A titanium flange is a titanium or titanium alloy component that connects pipes together. It is a type of pipe fitting used to connect sections of pipe or equipment that need to be sealed or closed.
Titanium flanges are perforated and bolted together, and gaskets are used to form a seal between the flanges. A conical hub at one end of the flange is welded to the end of the pipe or fitting.
Titanium flanges can withstand high temperatures and pressures. They are often used in highly corrosive industrial applications and processes that use chlorides. They are also well suited for alkaline environments and inorganic salt solutions.
The common titanium flange has the following:
●Titanium Blind Flange:The titanium blind flange is a solid titanium disc without a hole, which is used to shut off titanium piping or create a stop.
The titanium blind flange is also called a “closure plate flange” and is installed at the end of a piping system to seal off a pipe. It has no center hole (boring), so there is no flow through the flange. The blind flange can be used to isolate a pipe, valve or pressure vessel.
●Titanium WN Flange:The Titanium Weld Neck Flange (WNRF) is a type of titanium flange that is designed to connect to a piping system by butt welding. It is used to connect small diameter pipes and is ideal for high-pressure and high-temperature piping systems.
Titanium BL Flange:The titanium blind flange (BL flange) is a type of flange without a hole, which is used to close off the ends of piping systems. This also provides easy access to the line once it has been sealed.
Titanium rings are made of titanium and steel, as well as other substances that enhance their strength and durability. The manufacturing processes of titanium rings mainly include forging, stamping, rotary forging, precision forging and welding. Titanium rings are used in the production of vacuum salt, fine chemicals, petrochemicals, pharmaceuticals, chlor-alkali industry, electroplating, electrolysis, aerospace, seawater desalination and other industries.
A typical titanium ring has the following:
●Titanium Disc:Titanium discs are silver in color and have a molecular weight of 47.86. They can be made from sheets of commercially pure titanium or titanium-6 wt.% aluminum-4 wt.% vanadium alloy.
Titanium discs are a versatile, strong, and lightweight metal product. They are biocompatible, meaning they interact with tissues and cause a biological response. This allows them to integrate with bone and not cause a rejection reaction.
●Titanium Ingot:Titanium ingots are made by melting titanium sponge in a vacuum or inert atmosphere. The melting process is carried out in a vacuum or inert atmosphere because titanium reacts easily with oxygen, nitrogen, and carbon.
Titanium ingots are processed into tubes and sheets. The tubes are used in large facilities such as thermal power plants, petrochemical plants, and seawater desalination plants. The sheets are used for heat exchangers used in ships and LNG plants.
● Titanium Alloy Ring: Titanium alloy rings are made of titanium, aluminum, and vanadium alloy, also known as Ti6AL4V. It is aerospace grade titanium.
Titanium fasteners are non-magnetic, non-toxic, and lightweight. They have high tensile strength, are lightweight, and have exceptional corrosion resistance. Titanium fasteners are also resistant to oxidation, heat, and cold. Titanium fasteners are used in applications that require a high strength-to-weight ratio and resistance to stress corrosion cracking. They are also used in extreme conditions involving acids, alkalis, and other industrial chemicals. Titanium fasteners are more resistant to corrosion than stainless steel fasteners. Pure titanium is resistant to corrosion from liquids, including acids, chemicals, and salt water, as well as various gases.
Common titanium fasteners include the following:
●Titanium Torx Bolts: Titanium Torx bolts are hexagonal star-shaped screws. The star drive, also known as a tenon socket or Allen, is designed to resist eccentric release. Torx screws are designed to prevent slippage, while Phillips heads are designed to turn the screwdriver off. Titanium Torx bolts have high tensile strength and a good strength-to-weight ratio. They are 60% denser than aluminum, but more than twice as strong as the most commonly used 6061-T6 aluminum alloy.
●Titanium Washer: Titanium washers are strong, lightweight, and corrosion resistant. They are ideal for distributing surface loads. Titanium washers have a yield strength three and a half times higher than stainless steel washers. This means that for a given washer thickness, more of the load will be distributed evenly compared to a regular stainless steel washer.
●Titanium Hex Nut: A titanium hex nut is a hexagonal shaped fastener with internal threads. It has a hollow ring-shaped center and a hexagonal outer surface with six sides. Titanium hex nuts are prized for their durability, light weight, and ability to improve sustain and clarity. Titanium is also extremely resistant to chlorates, chlorites, oxidation, hypochlorites (bleaches), perchlorates, sodium chlorite, and chlorine dioxide.
●Titanium Threaded Screw: Titanium threaded screws are made from a material that is 90% titanium, 6% aluminum, and 4% vanadium. This gives them twice the strength of steel fasteners but half the weight. Titanium is also non-magnetic, non-toxic and lightweight. Titanium threaded screws are fasteners that are used where a high strength-to-weight ratio and corrosion resistance are required. They are often used in military, marine and sporting goods.
A titanium alloy elbow is a fitting made from titanium and other chemical elements. Titanium alloys are lightweight, corrosion resistant, and can withstand extreme temperatures.
A titanium alloy elbow can be seamless or welded and is used for corrosion protection and elevated temperature service. They are also used in aircraft seawater and other industrial applications.
A typical titanium alloy elbow has the following:
●45 Degree Titanium Elbow: A 45 degree titanium elbow is a pipe fitting that connects pipes at an angle of 45 degrees. It is also known as a "45 bend" or "45 el." The 45 degree titanium elbow is lighter and has a better bend quality than other elbows. It also provides less friction and lower pressure than a 90 degree elbow.
Titanium forgings have many advantages, including:
●Strength: Titanium forgings have a high strength-to-weight ratio and low density. It also has a record-breaking density-to-strength ratio.
●Corrosion Resistance: Titanium forgings have excellent corrosion resistance and are biocompatible. It is also inert, meaning it can withstand atmospheric agents and has a lower life-cycle cost than other metals.
●Heat Resistance: Titanium forgings have high heat resistance and perform well at low temperatures.
●Durability: Titanium forgings have superior strength that other metals do not have.
●Weldability: Titanium forgings are weldable.
●Biocompatibility: Titanium forgings are biocompatible and non-toxic, making them suitable for medical use.
Applications of Titanium Forgings
Titanium forgings are strong, lightweight, and corrosion resistant. They can withstand harsh environmental conditions. Titanium forgings are used in many industries, including:
●Aerospace: Titanium forgings are used in airplanes, helicopters, and missiles. They are also used in engine parts and structural parts of aircraft.
●Defense: Titanium forgings are used in submarines and ships.
●Medical: Titanium forgings are used in medical implants and artificial bones.
●Marine: Titanium forgings are used in marine equipment, hardware, and valves.
●Transportation and Chemical: Titanium forgings are used in valves and fittings.
Titanium Forging Process
The titanium forging process of titanium alloys is widely used in the aviation and aerospace industries (the isothermal forging process is used in the production of engine parts and aircraft structural parts) and is increasingly being welcomed in industries such as automotive, power generation and ships. .
Forging is a plastic forming process, that is, using the plasticity of the metal to give a workpiece a certain shape and structural properties under the influence or pressure of a tool.
The titanium forging process typically includes the following steps:
Free forging: Free forging is usually carried out between two flat dies or molds without a cavity. The tools used in free forging are simple in shape, flexible, short in production cycle and inexpensive. However, free forging is characterized by high labor intensity, difficult operation, low productivity, low forging quality and large machining allowances. Therefore, it is suitable for use only when there are no special requirements for the characteristics of the parts and the number of parts is small.
Open die forging: The blank is deformed between two cavity molds, the forging is held in the cavity, and excess metal flows out of the narrow gap between the two molds, forming a burr around the forging. Under the resistance of the mold and the surrounding burr, the metal is forced to press against the shape of the mold cavity.
Closed die forging: In the process of forging in closed dies, transverse burrs perpendicular to the direction of movement of the die are not formed. The cavity of the closed forging matrix performs two functions: one for forming the blank, and the other for guiding.
Extrusion forging: It refers to the use of extrusion method for stamping, which includes direct extrusion forging and reverse extrusion forging. Extrusion forging can produce all kinds of hollow and solid parts, and can produce forgings with high geometric accuracy and denser internal structure.
Multi-directional stamping: Multi-directional stamping is performed on a multi-directional stamping machine. In multi-directional stamping, the ram acts alternately and jointly on the workpiece in the vertical and horizontal directions, and one or more punching punches are used to make the metal flow outward from the center of the cavity to achieve the purpose of filling the cavity.
Partial Forging: Partial forging methods such as segment forging, die forging, etc. can be used to forge large solid forgings under existing hydraulic pressure. The special feature of the partial forging method is that the forging is processed in sections, one part at a time, so the required equipment tonnage can be very small. Generally speaking, this method can process particularly large forgings on medium-sized hydraulic presses.
Isothermal forging: Before forging, the mold is heated to the forging temperature of the workpiece, and the temperature of the mold and the workpiece remains the same throughout the forging process, so that a large degree of deformation can be obtained under the action of a small deformation force.
Here are some safety precautions when working with titanium forgings:
●Protective Clothing: Wear protective clothing to protect your skin from heat, sparks, and ultraviolet radiation.
●Eye Protection: Wear a face shield or goggles when crushing or burning.
●Forging Speed: When forging titanium alloys with a forging hammer, consider the central heating effect and do not strike the workpiece continuously.
●Atmospheric Pollutants: Protect heated surfaces from exposure to atmospheric pollutants.
●Chlorinated Solvents: Avoid using chlorinated solvents and cutting fluids when processing titanium.
●Welding: Use pure argon when welding titanium. Equip the welding torch with a tail shield to reduce the risk of oxygen contamination and cracking.
●Contamination: Take precautions to prevent contamination with oxygen, nitrogen, and hydrogen.
●Temperature: Titanium is susceptible to pitting and crevice formation at high temperatures. It is not immune to seawater corrosion if the temperature rises above 230 degrees F (110 degrees).
●Reaction with Oxygen: Titanium reacts with oxygen at 1200 degrees (2190 degrees F) in air and at 610 degrees (1130 degrees F) in pure oxygen.
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We have a workshop of more than 3000 square meters with fully automatic CNC production line, and we are committed to providing customers with the best products and services.
Frequently Asked Questions
Question: What are titanium forgings?
Because of their excellent strength-to-weight ratio, titanium alloy forgings are used in applications such as engine components and structural parts for aircraft, ship components, and valves and fittings for the transportation and chemical industries, where corrosion resistance, optimum strength, and low weight are needed.
Question: What are the disadvantages of titanium forgings?
High Cost: Titanium forgings are expensive to produce and cast. The recycling process involves several steps, including extraction, purification, and recovery. Each step requires energy-intensive processes and specialized equipment.
Low Elastic Modulus: This means that the material will deform greatly with less force.
Unstable Creep
Poor Weldability: Titanium forgings easily absorb hydrogen, oxygen, nitrogen, carbon, and other impurities during the cutting process.
Sensitive to Stress Corrosion Damage. Titanium forgings are susceptible to stress corrosion at moderately high temperatures.
Not Suitable for High Temperatures: Titanium begins to lose strength above 400 degrees Celsius.
Poor Machinability: Titanium fasteners are very difficult to machine.
Not Castable: Titanium forgings cannot be cast like aluminum or iron.
Question: What are the production stages of titanium forging?
1. Material selection: High-quality titanium alloys are selected for forging, with Ti-6Al-4V (titanium 6% aluminum 4% vanadium) being one of the most commonly used titanium alloys.
2. Workpiece preparation: The initial form of the titanium alloy is usually a blank, which is a cylindrical or rectangular piece of material. This blank is often preheated to an appropriate temperature to make it more pliable.
3. Heating: The blank is heated to forging temperature, which allows it to become more ductile and easier to work with. The specific temperature depends on the titanium alloy used.
4. Forging: The heated blank is placed in a forging press or hammer, where it is subjected to high pressure. The applied force forces the titanium into the desired shape. Forging can be performed using a variety of techniques, such as open die forging or closed die forging, depending on the complexity of the part being produced.
5. Cooling. After the forging process, the titanium component is often allowed to cool gradually to room temperature. Controlled cooling helps relieve stress and prevents embrittlement of the material.
6. Heat Treatment. Depending on the application, the forged titanium part may undergo additional heat treatment processes to optimize its mechanical properties, such as strength, hardness, and durability.
7. Finishing. The forged titanium part may undergo additional machining, surface treatment, or quality control processes to ensure that it meets the required specifications and quality standards.
Question: What types of titanium forging processes are there?
Question: What are the advantages of WN titanium flange?
Question: What does the WN titanium flange do?
Question: What does the BL titanium flange do?
Here are some uses of titanium blind flange:
Block sections: Titanium blind flanges can block sections of pipes or nozzles on vessels that are not in use.
Pressure Testing: BL flanges are primarily used for pressure testing of liquid or gas flow through a pipe or vessel.
Pipe Access: BL flanges provide easy access to the pipe in case work needs to be done inside the line.
Question: What does a titanium blind flange do?
Question: What are the characteristics of titanium blind flange?
Question: What are the advantages of titanium blind flange?
Titanium blind flanges are an important component of many engineering projects. They have a number of useful properties, including superior strength and corrosion resistance, lighter weight than other metals used in construction, superior fatigue resistance, and excellent weldability. In addition, titanium blind flanges have higher melting points than most other materials, making them ideal for applications that require high-temperature operation or exposure to chemicals. Additionally, the installation process is simple, so they can be widely used in a variety of metalworking operations, such as piping installation or valve replacement. Finally, these lightweight products make it easier to transport goods, ultimately saving on costs associated with long-distance shipping.
Question: What are the tips for using titanium Torx bolts?
Be careful: Titanium Torx bolts should be tightened to no more than 1.45 times their diameter. A graduated bolt will usually break if struck twice or even three times that amount.
Use blue thread locker: When installing rotor bolts, some recommend using blue thread locker and anti-seize behind the bolt head.
Be aware of corrosion: Titanium front axle pinch bolts are prone to corrosion from road spray and dirt. Some replacements are 40% lighter than steel and are corrosion resistant.
Be aware of compatibility: Some titanium Torx bolts are only compatible with certain rods and will not fit other manufacturers' rods.
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