With 60+ years of metallurgical innovation since 1960, Beiye delivers precision alloys and high-performance alloys for aerospace, energy, and medical industries. As China's leading functional materials R&D manufacturer, we specialize in superalloys, special stainless steels, and advanced performance alloys—trusted by global partners for cutting-edge solutions, sustainable practices, and stringent certifications (NADCAP, CNAS).
Types of Precision Alloy Wholesale
Hard Magnetic Alloys
The hard magnetic alloy is a kind of material which has great magnetic energy product. That means the hysteresis loop (B-H loop) has a large area, both coercive force and residual magnetic induction are high, and the demagnetization curve has a big convex coefficient. Meanwhile, hard magnetic alloys also has stable structure and magnetic properties not changing with time.
Superalloys
Superalloy or High-temperature-alloy is able to be used above 600℃, under the influence of a certain complex stress and in a surface-stable work condition of iron, nickel or cobalt-based austenitic metals. As the superalloy possess excellent overall performance and has a broad range of industrial applications, it is mainly used for various high-temperature components such as turbine blades, turbine disks, guide vanes, and combustion chamber and so on.
Corrosion Resistant Alloys
Nickel-base corrosion resistant alloy have unique corrosion resistance even high temperature corrosion resistance in many industrial environments. It has high strength, good plasticity, can smelting, forging, hot and cold deformation, processing and forming and welding performance. Nickel-base corrosion resistant alloy mainly includes Ni-Cu, Ni-Cr, Ni-Fe -Cr system and Hastelloy series. Nickel-based corrosion resistant alloy has been widely used in harsh environment such as petrochemical industry, nuclear industry and energy, etc.
Soft Magnetic Alloys
Soft magnetic alloys, which have high permeability and low coercive force, are mainly used in the area of information processing and energy transformation, such as pole shoe, magnetic conductor, magnetic shielding, rotor & stator of electric engine, transformer & relay core and various magnetic components in communication, sensor, recording.
Expansion Alloys
Expansion alloy also known as thermal expansion alloy, widely used in a variety of fields, such as electronics, precision measuring tools, precision instrument and cryogenic engineering. Controlled expansion alloys contract upon heating rather than expanding as most alloys do in negative thermal expansion process, so they have a range of potential applications. Expansion alloys include controlled-expansion alloys, low-expansion alloys and non-magnetic controlled expansion alloys.
Elastic Alloys
Elastic alloy is a class of precision alloys for manufacturing elastic component such as elastic sensitive elements of precision instruments, energy-storage elements and frequency elements. Elastic alloys are also provided with the characteristics of nonmagnetic, high micro plastic deformation strength, high hardness, low electrical resistivity, low elastic module temperature coefficient and low internal friction. Elastic alloys include constant elastic alloys and high elastic alloys.
Magnetic Cores and Components
Hall effect magnetic cores include laminate, strip wound and wire cores which are all with gap. They are widely used for industry control, safety guard, motor industry and the emerging consumer electronics industry.
Special Stainless Steel
Stainless steel normally refers to the chromium content in the steel is more than 12.5%, with high corrosion resistance property to external media (acid, alkali, salt, etc.). According to the crystal structure of the steel, stainless steel can be divided into martensitic, ferritic, austenitic, ferritic-austenitic, precipitation hardening stainless steel.
Hard Magnetic Alloys
The hard magnetic alloy is a kind of material which has great magnetic energy product. That means the hysteresis loop (B-H loop) has a large area, both coercive force and residual magnetic induction are high, and the demagnetization curve has a big convex coefficient. Meanwhile, hard magnetic alloys also has stable structure and magnetic properties not changing with time.
Superalloys
Superalloy or High-temperature-alloy is able to be used above 600℃, under the influence of a certain complex stress and in a surface-stable work condition of iron, nickel or cobalt-based austenitic metals. As the superalloy possess excellent overall performance and has a broad range of industrial applications, it is mainly used for various high-temperature components such as turbine blades, turbine disks, guide vanes, and combustion chamber and so on.
Beiye's Precision Alloy Advantages
For over 60 years, Beiye has been at the forefront of precision alloy and supply innovation. The precision alloy manufacturing company delivering high-performance materials trusted by aerospace, energy, and medical industries worldwide. Our high performance alloys excel in extreme environments, offering unmatched reliability through advanced metallurgical expertise.
Military-Grade Consistency – Strict compliance with ASTM, AMS, and ISO standards ensures batch-to-batch uniformity for critical applications.
Tailored Micro-Alloying Technology – Custom chemical compositions optimize strength, corrosion resistance, and thermal stability for your specific needs.
Third-Party Verified Quality – Full traceability with SGS/BV test reports, including mechanical property certifications and microstructure analysis.
Small-Batch Manufacturing – Flexible production for R&D prototypes and low-volume orders without compromising quality.
End-to-End Technical Support – From material selection to post-production testing, our engineers partner with you at every stage.
As a precision alloys company, we can provide kinds of precision alloy for sale. If you are interested, please contact us.
