A shortage of natural gas has hit the food-processing industry, which relies heavily on natural gas, with Germany's sugar industry saying many sugar plants are unable to produce due to a shortage of natural gas.
About 30 percent of the world's sugar supply comes from beets, and the European Union is the world's largest producer of sugar. The beet sugar WNiFe alloy powder are still very uncertain.
What is Tungsten Nickel Iron W-Ni-Fe Alloy?
Tungsten-nickel-iron alloy is an alloy composed of tungsten matrix with a small amount of nickel and iron.
Tungsten nickel iron alloy has the characteristics of high density (~18.8g/cm3), strong absorption of high-energy rays (higher than the ray absorption coefficient of lead), low thermal expansion coefficient (4-6 ×10-6/℃), good plasticity, high strength and elastic modulus, machinable and weldable, etc.
It is widely used in radiation protection and guidance, industrial counterweight parts, security and defense parts, etc.
What are Tungsten Nickel Iron Alloy properties?
Specific significance: ~18.8g/cm3 high density
High strength: tensile strength of 700-1000mpa;
Strong ray shielding ability: under the condition of the same thickness, the ray shielding ability of tungsten alloy is more than 1.7 times that of lead. When the ray is stronger, the difference in ray shielding ability between the two is more obvious.
High thermal conductivity: the thermal conductivity of tungsten alloy is 5 times that of die steel;
Small thermal expansion coefficient: the thermal expansion coefficient of tungsten is 4-6 ×10-6/℃, only 1/2-1/3 of iron or steel;
Good shaping, machinability and weldability;
Compared with lead, which is toxic, tungsten alloy material has environmental protection characteristics, and it does not harm human safety when making radiation detector with tungsten alloy shielding parts.
Compared with W-NI-Cu alloy, W-NI-Fe alloy has certain ferromagnetism, its mechanical properties and machining properties are better than W-NI-Cu alloy.
What is Tungsten Nickel Iron Alloy Used For?
Radiation protection and guidance: Because of its high density (~18.8g/cm3), excellent X-ray and gamma-ray absorption capacity, excellent processing, tungsten nickel iron alloy is the ideal material for radiation therapy collimator and protective parts. It can be used in all kinds of CT, linear accelerator, PET, γ camera and other equipment, radiotherapy, nuclear medicine, and other fields.
Industrial counterweight components: Tungsten-nickel-iron alloy counterweight components are key components in many different applications, compensating for swings, weight transfers, imbalances and vibrations to form or change the center of gravity, ensuring excellent balance. Applications include aerospace, automotive, sports equipment, oil and gas drilling, gas turbine counterweights, and precision optical instruments.
Security and defense components: In modern warfare, the main targets are tank armor, fortified fortifications, and protected fighters. If you want to obtain the fatal impact effect, high density, high storage speed, strong penetration ability, high-performance materials are indispensable. Tungsten-based materials with high specific gravity can fully meet these needs, and are indispensable materials in the field of national defense and security.
Nuclear power and energy components: due to its high density and performance, after precision machining, the device is used as an inertia flywheel in the main pump of the nuclear power cooling system, so as to ensure that the main pump system can continue to work and cool the nuclear power plant to avoid accidents in the event of a sudden power failure.
Aerospace parts: Tungsten-nickel-iron alloy with high temperature strength and erosion resistance, widely used in aerospace parts.
W-Ni-Fe Alloy Powder Price
The price is influenced by many factors including the supply and demand in the market, industry trends, economic activity, market sentiment, and unexpected events.
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W-Ni-Fe Alloy Powder Supplier
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If you are looking for high-quality W-Ni-Fe alloy powder, please feel free to contact us and send an inquiry. ([email protected])
Researchers at the Centre for Translational Atomic Materials at Swinburne University of Technology, Melbourne, Australia have developed a new graphene film that absorbs more than 90% of sunlight while eliminating most of the infrared thermal emission losses, a highly efficient A solar-heated metamaterial capable of rapidly heating to 83 degrees Celsius (181 degrees Fahrenheit) in an open environment with minimal heat loss. Proposed applications for the film include thermal energy harvesting and storage, solar thermal power generation, and seawater desalination.
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