Yang feng materials co., LTD. Production and sales of titanium powder
Titanium cylinder with mass of grade 2
Titanium is an alloy element used in steel. Titanium reduces the grain size of steel. Adding titanium to stainless steel reduces the carbon content. Titanium is often alloyed with other metals such as aluminum (modified grain size), vanadium, copper (hardened), magnesium and molybdenum. Titanium mechanical products (sheet, plate, pipe, wire, forging, casting) are used in industry, world navigation, leisure and emerging market. Titanium powder is used in fireworks to supply bright burning particles.
Pigments, additives and coatings
Titanium dioxide is the most commonly used titanium compound
About 95 percent of the titanium ore mined from the earth's surface is sent to be refined into titanium dioxide (TiO2), an ultra-white, long-lasting pigment used in coatings, paper, toothpaste and plastics. Titanium dioxide is also used in cement, gems, paper shading agent and graphite composite fishing rod, golf club.
The powdering TiO2 is chemically languorous, sun-resistant, and opaque: these properties make it a bright, pure white color for gray or brown chemicals used to make household plastics. Naturally, the compound titanium dioxide can be found in several minerals: anatase, plate titanium and rutile. Coatings made of titanium dioxide can withstand high temperatures, mildly impede the accumulation of dust and pollution, and resist the impact of the Marine environment. The refractive index of pure titanium dioxide is very high, and the optical dispersion is higher than diamond. In addition to being an important pigment, titanium dioxide is also used in sunscreens because it protects the skin by itself.
More recently, it has been used in air purifiers (filter coatings), and in films attached to building Windows that, when exposed to ultraviolet light (sun or artificial) or moisture in the air, produce highly reactive oxidizing restorative species, such as hydroxyl, that purify the air or adhere to window surfaces.
World sailing and sailing
Due to its high tensile strength-density ratio, excellent corrosion resistance, fatigue resistance, crack resistance and the ability to withstand moderate high temperatures without creep, titanium alloy is used in aircraft, armor coating, Marine ships, spacecraft and missiles. In these applications, alloys of titanium with aluminum, vanadium, and other elements are used to make various components, including key structural components, firewalls, landing gear, exhaust pipes (helicopters), and hydraulic systems. In fact, about two-thirds of the titanium produced is used to make spacecraft engines and frames. The sr-71 blackbird was the first to make extensive use of titanium in its architecture, paving the way for the use of titanium in modern military and commercial airframes. It is estimated to use 59 tonnes of titanium to produce the 777, 44 tonnes for the 747, 18 tonnes for the 737, 32 tonnes for the airbus A340, 18 tonnes for the airbus A330 and 12 tonnes for the airbus A320. The airbus A380 is likely to use 146 tonnes, including 26 tonnes of engines. In engine applications, titanium is used in rotors, compressor blades, hydraulic system components and nacelles. Titanium-6 aluminum-4 vanadium accounts for almost 50% of the titanium alloys used in aviation.
Titanium is used to make propeller shafts, rigging and heat exchangers for desalination plants because it is not easily corroded by seawater. It is also used in saltwater aquariums for cold water heaters, fishing lines and diving knives. Titanium is used to make residential and other components for Marine surveillance deployments, and for inspection devices for scientific and military use. The Soviet union announced the first skills to build submarines out of titanium.
industrial
Chemical and petrochemical industry needs to use titanium welding pipeline and processing equipment (heat exchanger, groove, processing containers, valves), the primary reason is the corrosion resistance of titanium. Specific alloys, such as titanium beta C, are used in well and nickel hydrometallurgical applications because of high strength, corrosion resistance or both. Titanium is used in some of the paper industry's production facilities that are exposed to corrosive media, such as sodium hypochlorite or wet chlorine (used for bleaching). Other applications include ultrasonic welding, tin wave welding and sputtering of targets.
Titanium tetrachloride (TiCl4) is a colorless liquid that is an important intermediate in the production of titanium dioxide. It is used in the production of ziegler-natta catalysts and iridium coated glass.
Consumer goods and building materials
Titanium is used in cars, especially racing cars (cars or motorcycles), where it is important to reduce weight but not lose strength and stiffness. Generally speaking, titanium is too expensive for general consumer stores to sell, so its primary market is high-end products, especially race/performance stores. The latest Corvette sports car comes with a titanium exhaust system.
Titanium siding at the guggenheim museum in bilbao, Spain
Titanium is used in a variety of sporting goods: tennis racket, golf clubs, bags and clubs handle; A helmet brace for cricket, hockey, lacrosse, and American football; And the frame and components of a bicycle. Although titanium is not the main source of bicycle production, there are still athletes and cycling adventure enthusiasts using titanium bicycles. Titanium alloy is also used to make eyeglass frames, which can be a bit expensive, but are light and durable, and don't result in sensitive skin. Many backpackers have titanium gear, including cooking utensils, cutlery, lantern and tent stakes. Although slightly more expensive than their traditional steel or aluminum counterparts, these titanium products are much lighter but still strong. Farrier also prefers titanium because titanium horseshoes are lighter and more durable than steel ones.
The titanium fork for backpackers weighs about 16g, lighter than steel but stronger than rubber.
Because of its durability, titanium brand jewelry (especially titanium rings) began to spread. Titanium's lethargy is the reason to pick it, especially for people with sensitive skin or who wear jewelry in certain environments, such as swimming pools. Titanium durability, light weight, concave resistance and corrosion resistance, making it the ideal material for the production of watch shell. Some artists use titanium to make works of art, such as sculptures, ornaments and furniture.
Titanium is occasionally used for construction purposes: the 40-metre gagarin column in Moscow, built as a memento of yuri gagarin, the first astronaut, was made of titanium, chosen because of its colour and its link to rocket skills. The bilbao guggenheim museum in Spain and the millennium library in cerro do in the United States were the first in Europe and North America to use titanium cladding. Other titanium-clad buildings include the Hamilton building at the art museum in Denver, Colorado, and the 107-meter-high monument to space conquest in Moscow.
Compared with the traditional metals used in guns (steel, stainless steel and aluminum), titanium is superior in strength and quality, and with the development of metal making, the use of titanium to make guns has become widespread. The primary USES include the revolver holder and revolver runner. For the same reason, titanium is used in the main body of a laptop (apple's PowerBook, for example).
Some high-priced store tools, such as shovels and flashlights, are light and corrosion-resistant, and are made of titanium.
medical
Small titanium plates and screws are used to fix the broken bone in the eye frame fracture.
Because of its biocompatibility (it's non-toxic and doesn't get crushed by the human body), titanium is widely used in medicine, including surgical devices and implants, such as replacement hip frames and ball joints, for up to 20 years. This useful titanium is usually alloyed with 4% aluminum or 6% aluminum plus 4% vanadium.
Titanium has an inherent bone-blending property that allows titanium dental implants to stay in place for up to 30 years. This property is also suitable for plastic implants. The advantage of using titanium is that titanium has a low elastic modulus (young's modulus), which is close to bone, and implants are made to repair bone. Thus, skeletal loading is more evenly distributed between the bone and the implant, which reduces the chance of bone loss, because there can be stress occlusion (bone loss due to the reduction of bone stress due to the implant), and periprosthetic fractures between the surgical implant and the bone. Titanium alloys, however, are still twice as rigid as bone, so the force on the bone around the implant is still drastically reduced, and possibly degraded.
Because titanium is not ferromagnetic, patients with titanium implants can safely undergo an mri (convenient for those with long implants). Titanium ready to be implanted in the body is heated by a plasma arc to remove the outer atoms, which are then oxidized.
Titanium is used in image-assisted surgery, as well as in wheelchairs, canes and other high-intensity, low-volume products.
Titanium is an alloy element used in steel. Titanium reduces the grain size of steel. Adding titanium to stainless steel reduces the carbon content. Titanium is often alloyed with other metals such as aluminum (modified grain size), vanadium, copper (hardened), magnesium and molybdenum. Titanium mechanical products (sheet, plate, pipe, wire, forging, casting) are used in industry, world navigation, leisure and emerging market. Titanium powder is used in fireworks to supply bright burning particles.
Pigments, additives and coatings
Titanium dioxide is the most commonly used titanium compound
About 95 percent of the titanium ore mined from the earth's surface is sent to be refined into titanium dioxide (TiO2), an ultra-white, long-lasting pigment used in coatings, paper, toothpaste and plastics. Titanium dioxide is also used in cement, gems, paper shading agent and graphite composite fishing rod, golf club.
The powdering TiO2 is chemically languorous, sun-resistant, and opaque: these properties make it a bright, pure white color for gray or brown chemicals used to make household plastics. Naturally, the compound titanium dioxide can be found in several minerals: anatase, plate titanium and rutile. Coatings made of titanium dioxide can withstand high temperatures, mildly impede the accumulation of dust and pollution, and resist the impact of the Marine environment. The refractive index of pure titanium dioxide is very high, and the optical dispersion is higher than diamond. In addition to being an important pigment, titanium dioxide is also used in sunscreens because it protects the skin by itself.
More recently, it has been used in air purifiers (filter coatings), and in films attached to building Windows that, when exposed to ultraviolet light (sun or artificial) or moisture in the air, produce highly reactive oxidizing restorative species, such as hydroxyl, that purify the air or adhere to window surfaces.
World sailing and sailing
Due to its high tensile strength-density ratio, excellent corrosion resistance, fatigue resistance, crack resistance and the ability to withstand moderate high temperatures without creep, titanium alloy is used in aircraft, armor coating, Marine ships, spacecraft and missiles. In these applications, alloys of titanium with aluminum, vanadium, and other elements are used to make various components, including key structural components, firewalls, landing gear, exhaust pipes (helicopters), and hydraulic systems. In fact, about two-thirds of the titanium produced is used to make spacecraft engines and frames. The sr-71 blackbird was the first to make extensive use of titanium in its architecture, paving the way for the use of titanium in modern military and commercial airframes. It is estimated to use 59 tonnes of titanium to produce the 777, 44 tonnes for the 747, 18 tonnes for the 737, 32 tonnes for the airbus A340, 18 tonnes for the airbus A330 and 12 tonnes for the airbus A320. The airbus A380 is likely to use 146 tonnes, including 26 tonnes of engines. In engine applications, titanium is used in rotors, compressor blades, hydraulic system components and nacelles. Titanium-6 aluminum-4 vanadium accounts for almost 50% of the titanium alloys used in aviation.
Titanium is used to make propeller shafts, rigging and heat exchangers for desalination plants because it is not easily corroded by seawater. It is also used in saltwater aquariums for cold water heaters, fishing lines and diving knives. Titanium is used to make residential and other components for Marine surveillance deployments, and for inspection devices for scientific and military use. The Soviet union announced the first skills to build submarines out of titanium.
industrial
Chemical and petrochemical industry needs to use titanium welding pipeline and processing equipment (heat exchanger, groove, processing containers, valves), the primary reason is the corrosion resistance of titanium. Specific alloys, such as titanium beta C, are used in well and nickel hydrometallurgical applications because of high strength, corrosion resistance or both. Titanium is used in some of the paper industry's production facilities that are exposed to corrosive media, such as sodium hypochlorite or wet chlorine (used for bleaching). Other applications include ultrasonic welding, tin wave welding and sputtering of targets.
Titanium tetrachloride (TiCl4) is a colorless liquid that is an important intermediate in the production of titanium dioxide. It is used in the production of ziegler-natta catalysts and iridium coated glass.
Consumer goods and building materials
Titanium is used in cars, especially racing cars (cars or motorcycles), where it is important to reduce weight but not lose strength and stiffness. Generally speaking, titanium is too expensive for general consumer stores to sell, so its primary market is high-end products, especially race/performance stores. The latest Corvette sports car comes with a titanium exhaust system.
Titanium siding at the guggenheim museum in bilbao, Spain
Titanium is used in a variety of sporting goods: tennis racket, golf clubs, bags and clubs handle; A helmet brace for cricket, hockey, lacrosse, and American football; And the frame and components of a bicycle. Although titanium is not the main source of bicycle production, there are still athletes and cycling adventure enthusiasts using titanium bicycles. Titanium alloy is also used to make eyeglass frames, which can be a bit expensive, but are light and durable, and don't result in sensitive skin. Many backpackers have titanium gear, including cooking utensils, cutlery, lantern and tent stakes. Although slightly more expensive than their traditional steel or aluminum counterparts, these titanium products are much lighter but still strong. Farrier also prefers titanium because titanium horseshoes are lighter and more durable than steel ones.
The titanium fork for backpackers weighs about 16g, lighter than steel but stronger than rubber.
Because of its durability, titanium brand jewelry (especially titanium rings) began to spread. Titanium's lethargy is the reason to pick it, especially for people with sensitive skin or who wear jewelry in certain environments, such as swimming pools. Titanium durability, light weight, concave resistance and corrosion resistance, making it the ideal material for the production of watch shell. Some artists use titanium to make works of art, such as sculptures, ornaments and furniture.
Titanium is occasionally used for construction purposes: the 40-metre gagarin column in Moscow, built as a memento of yuri gagarin, the first astronaut, was made of titanium, chosen because of its colour and its link to rocket skills. The bilbao guggenheim museum in Spain and the millennium library in cerro do in the United States were the first in Europe and North America to use titanium cladding. Other titanium-clad buildings include the Hamilton building at the art museum in Denver, Colorado, and the 107-meter-high monument to space conquest in Moscow.
Compared with the traditional metals used in guns (steel, stainless steel and aluminum), titanium is superior in strength and quality, and with the development of metal making, the use of titanium to make guns has become widespread. The primary USES include the revolver holder and revolver runner. For the same reason, titanium is used in the main body of a laptop (apple's PowerBook, for example).
Some high-priced store tools, such as shovels and flashlights, are light and corrosion-resistant, and are made of titanium.
medical
Small titanium plates and screws are used to fix the broken bone in the eye frame fracture.
Because of its biocompatibility (it's non-toxic and doesn't get crushed by the human body), titanium is widely used in medicine, including surgical devices and implants, such as replacement hip frames and ball joints, for up to 20 years. This useful titanium is usually alloyed with 4% aluminum or 6% aluminum plus 4% vanadium.
Titanium has an inherent bone-blending property that allows titanium dental implants to stay in place for up to 30 years. This property is also suitable for plastic implants. The advantage of using titanium is that titanium has a low elastic modulus (young's modulus), which is close to bone, and implants are made to repair bone. Thus, skeletal loading is more evenly distributed between the bone and the implant, which reduces the chance of bone loss, because there can be stress occlusion (bone loss due to the reduction of bone stress due to the implant), and periprosthetic fractures between the surgical implant and the bone. Titanium alloys, however, are still twice as rigid as bone, so the force on the bone around the implant is still drastically reduced, and possibly degraded.
Because titanium is not ferromagnetic, patients with titanium implants can safely undergo an mri (convenient for those with long implants). Titanium ready to be implanted in the body is heated by a plasma arc to remove the outer atoms, which are then oxidized.
Titanium is used in image-assisted surgery, as well as in wheelchairs, canes and other high-intensity, low-volume products.
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