Precision Alloys
Precision Alloys
Precision alloys are materials designed for applications requiring specific magnetic, electrical, thermal, or mechanical properties. These alloys are engineered to meet stringent performance requirements in high-tech industries like electronics, telecommunications, medical devices, aerospace, and more. Precision alloys are characterized by their ability to maintain consistent properties in a variety of environments and can be tailored for specific functions.
Precision Alloy TubesPrecision Alloy Tubes are engineered for applications that require exact material properties, such as high strength, dimensional accuracy, low thermal expansion, or high electrical conductivity. These tubes are often used in critical applications like aerospace, electronics, medical devices, and industrial processes where material performance must be precise and reliable.Learn More- Precision Alloy Steel StripsPrecision Alloy Steel Strips are specialized materials engineered for applications requiring precise mechanical, thermal, and electrical properties. These alloys are ideal for use in industries such as electronics, aerospace, automotive, and medical devices, where high dimensional accuracy, low expansion, or specialized magnetic properties are required. Whether in thin strips for flexible components or thick sheets for structural parts, these alloys offer a high degree of stability and performance under demanding conditions.Learn More
- Precision Alloy BarsPrecision Alloy Bars are a critical material in industries that require high-performance components with exact mechanical, electrical, and thermal properties. These bars are engineered for applications where dimensional accuracy, low thermal expansion, magnetic shielding, or high conductivity is crucial. Common uses include the manufacturing of sensitive equipment such as sensors, actuators, connectors, and components for aerospace, electronics, and medical industries.Learn More
- Precision Alloy SheetPrecision Alloy Steel Sheets are specialized materials engineered for applications requiring precise mechanical, thermal, and electrical properties. These alloys are ideal for use in industries such as electronics, aerospace, automotive, and medical devices, where high dimensional accuracy, low expansion, or specialized magnetic properties are required. Whether in thin strips for flexible components or thick sheets for structural parts, these alloys offer a high degree of stability and performance under demanding conditions.Learn More
Other Series
1J06、1J6、1J12、1J12、YFA-12、12Alfeno1、Ю12、1J13、Alfer、Ю13、1J16、YFA-16、12Alfeno6、Ю16、1J17、Ю17、1J18、1J22 、SME SEMV、HiperCo50、Thermoperm、49КФ2、1J30、MS-1、31НХТ、MutemP、1J31、MS-2、31НХ、1J32、32НХ、1J33、33НХH30Ю、1J34、3-34-29Perminvar、Fe-Ni36-2.5、34НКМЛ、1J36、1J38、TMO-1、Н38Х14、Hulo 36、1J40、1J46、PB-1/2PD、No145Permallog、Dla、45Н、PermalloyB、1J50、PB-2S、No2Hipernik、E32a、Hyperm50、AnhysterD、50Н、Radiometal、1J51、Rectimphy、50НЛ、1J52、1J54、YEN-45、Fe-Ni36-2、nepMeHopM3601-K2、Cat3MΦu、50НХС、Rnometal、1J65、PE-1/2、65НЛ、1J67、Dynamax、65НМ、Nilomay641、1J76、No3Mu-metal、E11b、76НХЛ、1J77、PermimPhy、77НХЛ、1J79、HY-Mu80、Anny-SterM、79НМ、C-Permalloy、
1J80、PC-3 PC-4、80НХС、1J83、Н83М3、1J85、HypermMax、79НМА、1J86、1J87、
1J88、1J89、1J90、1J91、NCF 750、2J04、WRe5、C10800、2J07、50КФ、Permendur、Supermendur、HiperCo50、2J09、2J10、ViCalloy Ⅰ、2J11、AFK584、2J12、2J212Y、52КФВ、2J21、2J23、Co12Mo13、12КМ12、2J25、Co12Mo15、12КМ14、2J27、Co12Mo17、12КМ19、2J31、CKS-200、ViCalloy Ⅰ、FeCoVCr4/1、AFK524、32К10Ф、52К13Ф、2J32、Co52V12、AFK528、52КФБ、2J33、ViCalloy Ⅱ、FeCoVCr11/2、AFK548、52КФА、2J51、Co12W14、12КМВ14、2J52、Co16W10Mo5、2J53、Mn12Ni3、12ГН、2J63、ECr3、ЕХ3、2J64、E7W6、Е7В6、2J65、ECr5Co5、ЕХ3К5、2J67、12КМ16、2J83、2J84、2J85、3J01、Ni36CrTiAl、ЭИ702、36HXTЮ、3J09 、3J21、UNS R30003、Elgiloy、NAS604PH、Nivaflex、NAS604PH、Phynox、40KHXM、3J22、UNS K94650、Co40NiCrMoW、Diafex、К40НХМВ、Dynavar、3J40、40ХНЮ-ВИ、NiCr40Al4、40ХНЮ、3J53、Ni42CrTi、Ni-Spand、Elinvax、41НХТ、3J58、Ni43CrTi、EL-4、Ni-Spand C-902、44ХНТЮ、43НХТ、3J63、4J06、4J28、FR-28、Carpenter27、croloy27、VaCovito25、26Cr-Fe、4J29、Ni29Co17、KV-1、Kovar、FeNi28Co18、Vacon10、Ni29Co17、29ИК18А、4J32、Ni33Co4Cu、FeNi32Co20、32НКД、32НК、4J33、Ni33Co14、Co257、38НК、4J34、Ni29Co20、Vacon70、34НК、4J36、4J38、KM-FN36、InVar Ⅱ、4J40、30НЛД、4J42、Ni42、Niromei42、Feroval42Ni、K94100、FeNi42、1.3917、FeNi42、NS42、4J143、4J44、FeNi44、34НК、4J45、CarPenterG、FeNi45、Vacodil46、N48、6НН45、Ni1045、4J46、N46、4J47、Ni47Cr、VaCoVit480、FeNi46Cr5、Н47Х、Nilo475、4J49、Ni47CrB、NS-1、Н47ХВ、NS49、4J50、FeNi52、VaCoVi50、Nilo50、4J58、58FN、N58、ЭИ792、4J78、80НМВ、4J80、70НВ、4J82、6J10、NiCr9.5、GRN60、6J15、6J20、GNR108、80Ni20Cr、NCr8020、Х15Н60-Ви、Х20Н80-Ви、6J22、NiCr20Al3Fe2、6J23、NiCr20Al3Cu2、Н80ХЮГ-Ви、6J24、NCr201ASi
Summary of Key Precision Alloy Categories
1. Magnetic Alloys – Soft and hard magnetic properties.
These alloys are specially designed for applications where magnetic properties like permeability, coercivity, and hysteresis are crucial. They are often used in transformers, magnetic shielding, and electric motors.
Soft Magnetic Alloys:
◆ Alloy Examples: Permalloy (Nickel-Iron Alloys), Mu-metal (Nickel-Iron Alloys).
◆ Composition: Typically contain high amounts of iron with varying percentages of nickel, cobalt, or other elements.
◆ Properties: High magnetic permeability, low coercivity (easy magnetization and demagnetization).
◆ Applications: Used in transformers, magnetic shielding, relays, and inductors.
Hard Magnetic Alloys:
◆ Alloy Examples: Alnico (Aluminum-Nickel-Cobalt Alloys), Samarium-Cobalt (SmCo), Neodymium-Iron-Boron (NdFeB).
◆ Composition: Primarily iron or cobalt with additions of nickel, aluminum, or rare-earth elements.
◆ Properties: High coercivity and strong magnetic properties.
◆ Applications: Used in permanent magnets for electric motors, speakers, and sensors.
2. Electrical Alloys – Controlled electrical conductivity.
Electrical precision alloys are specifically engineered to have controlled electrical conductivity, which is important in components like connectors, switches, and transmission lines.
Copper Alloys (for electrical conductivity):
◆ Alloy Examples: Copper-Beryllium (CuBe), Copper-Tin (CuSn), Copper-Nickel (CuNi).
◆ Properties: Good electrical conductivity, high tensile strength, and corrosion resistance.
◆ Applications: Used in electrical connectors, circuit boards, and precision electrical contacts.
Alloy Examples for Low Resistance:
◆ Composition: Silver, copper, and gold-based alloys.
◆ Properties: Low resistivity and high conductivity for power transmission and high-frequency applications.
◆ Applications: Used in high-frequency electrical applications, including telecommunication, signal transmission, and superconducting cables.
3. Thermal Alloys – High thermal conductivity or low thermal expansion.
These alloys are optimized for applications requiring good thermal conductivity or resistance to thermal expansion.
Alloy Examples: Constantan (Copper-Nickel), Invar (Iron-Nickel), Kovar (Iron-Nickel-Cobalt).
Composition: Combinations of metals like copper, nickel, iron, and cobalt.
Properties:
◆ Constantan: Good for thermocouples due to its stable resistance at varying temperatures.
◆ Invar: Has a very low coefficient of thermal expansion (CTE), making it ideal for applications that require stable dimensions across a range of temperatures.
◆ Kovar: Has a CTE similar to that of borosilicate glass, used in applications where metal and glass need to be joined without stress.
Applications:
◆ Invar: Used in precision instruments, clocks, and components requiring dimensional stability at varying temperatures.
◆ Kovar: Common in electronics and sealing applications for glass-to-metal seals.
4. High-Temperature Alloys – For extreme temperature stability.
These alloys are designed to perform in environments where high temperatures and thermal cycling are a concern.
Alloy Examples: Inconel (Nickel-Chromium Alloys), Hastelloy (Nickel-Molybdenum Alloys), Haynes Alloys.
Composition: Typically contain nickel, chromium, cobalt, and other elements like molybdenum, tungsten, and iron.
Properties: Excellent resistance to oxidation and corrosion, high-temperature stability.
Applications: Used in gas turbines, aerospace, power generation, and industrial furnaces.
5. Superalloys – For high strength at elevated temperatures.
Superalloys are precision alloys specifically designed to retain their mechanical properties, even at high temperatures, and to resist oxidation and corrosion.
Alloy Examples: Inconel 718, Hastelloy C-276, Waspaloy.
Composition: These alloys typically contain nickel, cobalt, chromium, and small amounts of aluminum, titanium, and other elements to improve high-temperature performance.
Properties: High strength, resistance to oxidation and thermal fatigue, excellent creep resistance.
Applications: Used in aerospace components, turbine engines, heat exchangers, and exhaust systems.
6. Medical Alloys – Biocompatible and corrosion-resistant.
These alloys are designed with biocompatibility, resistance to corrosion, and sometimes flexibility or strength in mind.
Alloy Examples: Titanium Alloys (e.g., Ti-6Al-4V), Stainless Steels (e.g., 316L), Nitinol (Nickel-Titanium).
Composition: Predominantly titanium or stainless steel with small additions of aluminum, vanadium, nickel, and other elements.
Properties: High resistance to corrosion, good strength-to-weight ratio, biocompatibility.
Applications: Medical implants (e.g., orthopedic, dental), surgical instruments, stents, and catheters.
7. Shape Memory Alloys – Ability to return to original shape.
Shape memory alloys are materials that "remember" their original shape and can return to that shape after being deformed by external forces.
Alloy Examples: Nitinol (Nickel-Titanium).
Composition: Primarily nickel and titanium.
Properties: Can undergo a phase change when heated, causing them to return to their pre-deformed shape.
Applications: Used in medical devices (stents, guidewires), actuators, eyeglass frames, and robotics.
8. Corrosion-Resistant Alloys – Resistant to harsh environments.
These alloys are designed for environments where resistance to corrosion, especially in harsh chemicals or marine environments, is important.
Alloy Examples: Hastelloy, Monel (Nickel-Copper), Inconel.
Composition: Often a combination of nickel, molybdenum, chromium, and other metals to enhance corrosion resistance.
Send Message
Don’t hesitate to write to us and ask for any help at any time for your convenience.