Permanent Magnets And Magnetic Assemblies Manufacturer

What Are You Looking For?

Bonded Neodymium Ring Magnets Compression Bonded Neodymium Magnets Bonded Neodymium Arc Magnets Sintered neodymium magnets High-Performance Neodymium Magnet NdFeB Magnet Ferrite magnets

English

Power The World With Advanced Magnetic Solutions

ODM & OEM Manufacturer

Revolutionizing Industries with Magnetic Ingenuity

70,000m² Factory, Over 500 Employees, Average 10,000 Tons Per Year

Shaping Tomorrow with Cutting-Edge Magnetics

Founded in May 2000; IATF 16949; ISO 9001; ISO 14001; ISO 45001 Certified

Providing Total Magnetic Solutions

we focus on designing and producing comprehensive magnetic solutions in the form of custom magnets and magnetic assemblies to fulfill any magnetic needs.. Whether you're looking for off-the-shelf components or a custom design, our team is always ready to assist. Serving a wide array of industries for over 20 years, we can offer high-performance magnets tailored for automotive, electronics, industrial, medical, renewable energy, and more.

Automotive

Electronics

Industrial

Medical

Renewable Energy

Automotive:

Anti-Lock Braking System (ABS)

Electronic Stability Control (ESC)

Power Steering

Magnetorheological Dampers

Electric and Hybrid Vehicles

Sensors and Actuators

Electronics:

Headphones and Speakers

Data Storage Devices

Smartphones and Tablets

Industrial:

Industrial Robotics

Material Handling Systems

Clamping and Holding Applications

Industrial Motors

Medical:

Magnetic Resonance Imaging (MRI)

Magnetic Therapy Equipment

Implantable Devices

Renewable Energy:

Wind Turbines

Hydroelectric Generators

Solar Energy Systems

Featured Products

Sintered Neodymium
Sintered neodymium magnets are the world’s most powerful commercially available magnets, with energy products ranging from 33 to 52 MGOe. They offer an ideal solution for applications requiring strong, highly coercive magnets available in large quantities at a relatively low cost. Sintered neodymium magnets are widely used in consumer products like cell phones, speakers, fasteners, and toys, as well as in industrial applications such as metal detectors, oil filters, alternators, flow meters, and welding clamps. They are also essential in MRI machines, hybrid and electric vehicles, and wind turbines due to their high power and compact size. Sintered neodymium magnets come in various shapes—blocks, rings, arcs, discs, spheres, and more—with Ni-Cu-Ni plating being the most common coating, although other finishes are also available. ∇ Most powerful permanent magnets ∇ High performance at a low cost ∇ Excellent Demagnetization Resistance ∇ Options for standard and high-temperature materials ∇ Energy products exceeding 50 MGOe

Sintered Neodymium
Sintered neodymium magnets are the world’s most powerful commercially available magnets, with energy products ranging from 33 to 52 MGOe. They offer an ideal solution for applications requiring strong, highly coercive magnets available in large quantities at a relatively low cost. Sintered neodymium magnets are widely used in consumer products like cell phones, speakers, fasteners, and toys, as well as in industrial applications such as metal detectors, oil filters, alternators, flow meters, and welding clamps. They are also essential in MRI machines, hybrid and electric vehicles, and wind turbines due to their high power and compact size. Sintered neodymium magnets come in various shapes—blocks, rings, arcs, discs, spheres, and more—with Ni-Cu-Ni plating being the most common coating, although other finishes are also available. ∇ Most powerful permanent magnets ∇ High performance at a low cost ∇ Excellent Demagnetization Resistance ∇ Options for standard and high-temperature materials ∇ Energy products exceeding 50 MGOe
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Injection Molded
Injection-molded magnets provide almost unlimited dimensional and magnetic flexibility. Made by blending magnetic materials (NdFeB, ferrite) with a polymer binder (typically nylon or PPS), these magnets can be molded just like plastic. They enable complex shapes and can be directly over-molded onto components like shafts or bushings, often removing the need for additional gluing or assembly. Injection molding is ideal for applications requiring high precision, complex shapes, and insert or over-molding. This process enables the rapid production of identical components, making it well-suited for high-volume manufacturing. Injection molded magnets are commonly used in magnetic sensors, brakes, and other applications. Exceptional tensile strength ensures high resistance to impact and rotational forces, along with excellent chemical resistance. ∇ Versatile shapes and magnetization options ∇ NdFeB, SmCo, AlNiCo, and Ferrite materials available ∇ Ideal for large-scale applications ∇ High resistance to impact, rotational forces, and chemicals ∇ Maintain tight tolerances for precision

Injection Molded
Injection-molded magnets provide almost unlimited dimensional and magnetic flexibility. Made by blending magnetic materials (NdFeB, ferrite) with a polymer binder (typically nylon or PPS), these magnets can be molded just like plastic. They enable complex shapes and can be directly over-molded onto components like shafts or bushings, often removing the need for additional gluing or assembly. Injection molding is ideal for applications requiring high precision, complex shapes, and insert or over-molding. This process enables the rapid production of identical components, making it well-suited for high-volume manufacturing. Injection molded magnets are commonly used in magnetic sensors, brakes, and other applications. Exceptional tensile strength ensures high resistance to impact and rotational forces, along with excellent chemical resistance. ∇ Versatile shapes and magnetization options ∇ NdFeB, SmCo, AlNiCo, and Ferrite materials available ∇ Ideal for large-scale applications ∇ High resistance to impact, rotational forces, and chemicals ∇ Maintain tight tolerances for precision
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Bonded Neodymium
Compression Bonded Neodymium Magnets offer exceptional versatility with multiple processing options, featuring strong mechanical properties and higher electrical resistivity than sintered magnets. Compression bonded neodymium magnets can be produced in complex shapes with precise geometric tolerances. Made from hard magnetic powder combined with a non-magnetic polymer or rubber binder, the powder can consist of materials like hard ferrite, alnico, or rare earth elements. Ideal for minimizing cogging torque in motors, compression bonded neodymium magnets are well-suited for high-volume applications. Their machinability makes them perfect for low-volume production as well, allowing for customized magnetizing patterns, including multipole or skewed poles. The epoxy binder in compression bonded neodymium magnets ensures strong resistance to industrial and automotive fluids and solvents, enhancing durability. ∇ Strong magnetic performance ∇ Capable of achieving tight tolerances ∇ Excellent mechanical strength ∇ Resistant to corrosion and mild chemicals ∇ Isotropic, allowing magnetization in any direction ∇ Operating temperature range from -40˚C to 165˚C

Bonded Neodymium
Compression Bonded Neodymium Magnets offer exceptional versatility with multiple processing options, featuring strong mechanical properties and higher electrical resistivity than sintered magnets. Compression bonded neodymium magnets can be produced in complex shapes with precise geometric tolerances. Made from hard magnetic powder combined with a non-magnetic polymer or rubber binder, the powder can consist of materials like hard ferrite, alnico, or rare earth elements. Ideal for minimizing cogging torque in motors, compression bonded neodymium magnets are well-suited for high-volume applications. Their machinability makes them perfect for low-volume production as well, allowing for customized magnetizing patterns, including multipole or skewed poles. The epoxy binder in compression bonded neodymium magnets ensures strong resistance to industrial and automotive fluids and solvents, enhancing durability. ∇ Strong magnetic performance ∇ Capable of achieving tight tolerances ∇ Excellent mechanical strength ∇ Resistant to corrosion and mild chemicals ∇ Isotropic, allowing magnetization in any direction ∇ Operating temperature range from -40˚C to 165˚C
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Magnetic Assemblies
Magnet assemblies are sophisticated systems that combine magnets with various materials, such as metals, ceramics, and polymers, to enhance magnetic performance and adapt to specific industrial applications. These assemblies are not merely a collection of magnets but rather an integrated unit designed to channel, focus, and control magnetic forces efficiently. By leveraging materials like steel, aluminum, or plastic in conjunction with the magnet, these assemblies enhance the magnetic field strength and durability while offering structural stability. We offer a wide range of magnetic assemblies and subassemblies, crafted from virtually any type of magnetic material or combination thereof. With advanced techniques like plastic injection molding and metal die casting, we can precisely integrate components such as spindles, bushings, gears, and other inserts. Additional fabrication methods, including press fitting, gluing, and over-molding, are also available to meet specific design and functional requirements. Magnet assemblies offer versatile applications across a wide array of industries： Automotive In electric vehicles (EVs), magnet assemblies are used in electric motors, sensors, and actuators, enabling enhanced efficiency and precision in engine performance. Electronics Magnet assemblies enhance the performance of electronic components, from speakers to hard drives, by providing robust and reliable magnetic fields. Medical Devices Magnet assemblies are vital in medical technology, enhancing the reliability and precision of MRI machines, pacemakers, and surgical tools, ensuring stable performance in sensitive environments. Renewable Energy In wind turbines and solar power systems, magnet assemblies are essential for energy generation, conversion, and storage.

Magnetic Assemblies
Magnet assemblies are sophisticated systems that combine magnets with various materials, such as metals, ceramics, and polymers, to enhance magnetic performance and adapt to specific industrial applications. These assemblies are not merely a collection of magnets but rather an integrated unit designed to channel, focus, and control magnetic forces efficiently. By leveraging materials like steel, aluminum, or plastic in conjunction with the magnet, these assemblies enhance the magnetic field strength and durability while offering structural stability. We offer a wide range of magnetic assemblies and subassemblies, crafted from virtually any type of magnetic material or combination thereof. With advanced techniques like plastic injection molding and metal die casting, we can precisely integrate components such as spindles, bushings, gears, and other inserts. Additional fabrication methods, including press fitting, gluing, and over-molding, are also available to meet specific design and functional requirements. Magnet assemblies offer versatile applications across a wide array of industries： Automotive In electric vehicles (EVs), magnet assemblies are used in electric motors, sensors, and actuators, enabling enhanced efficiency and precision in engine performance. Electronics Magnet assemblies enhance the performance of electronic components, from speakers to hard drives, by providing robust and reliable magnetic fields. Medical Devices Magnet assemblies are vital in medical technology, enhancing the reliability and precision of MRI machines, pacemakers, and surgical tools, ensuring stable performance in sensitive environments. Renewable Energy In wind turbines and solar power systems, magnet assemblies are essential for energy generation, conversion, and storage.
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Ferrite
Ferrite magnets are low-cost, lightweight permanent magnets with moderate energy levels and relatively high coercive strength, capable of operating at temperatures up to 480°F. They offer excellent corrosion resistance, making them ideal for high-volume applications in manufacturing and consumer products. Ferrite magnets are available in two types: isotropic and anisotropic. Isotropic ferrite magnets have lower magnetic properties due to their nearly uniform magnetic behaviour in all directions, allowing them to be magnetized in multiple directions or multi-poles. Anisotropic ferrite magnets have better magnetic properties. ♦ Cost-effective solution for high-volume applications ♦ Medium strength performance ♦ High-temperature resistance ♦ Available in both isotropic and anisotropic grades ♦ Corrosion-resistant for durability ♦ Capable of withstanding high temperatures up to 300°C ♦ Cost-effective solution for low Br requirements, up to 4.2 MGOe Classification and applications of ferrite magnets Material Grades Main Applications Characteristics Shapes ZY10T Strip magnet for sensor, disk, apparatus, household appliance, electric motor, medical device, sensor Isotropic, material easy to multimagnetize by different direction, magnets with high precise dimension Strip, cylinder, ring, U-shape ZY20JZY20 Electric motors for water and oil pump, and other micro-brushless motor rotor Dry anisotropic products, multi-pole radial or full-eddy magnetic ring, high surface magnetic, stable performance characteristics Cylinder, Ring ZY25ZY30 All kinds of loudspeakers audio, electric-motor, medical device, sensor, receiver, pulling-system High-density, high and stable performance Ring, Cylinder, Block, Block and hole ZY33HZY34HZY4036 Electric motors for electric tools, magnetic motor for motorcycle, electric motors for Auto. Applications such as wiper, power window, magnetic pulling devices, household appliance, medical treatment device, sensors, ABS motor, starter motors for motorcycle, plane motor Moderate BR and Hcj, stable performance, strong capability in anti-demagnetization, extensive application Segment, Block, Ring, Cylinder ZY4129 High-quality loudspeakers, receivers, electric-motors for meters and instrument, magnetic adhesion, medical device, magnetic motor High Br & sensitivity, stable, excellent quality, high flux density Ring, Cylinder, Block ZY4229 Microwave oven Magnetron, high-quality loudspeakers, receivers, electric-motors for office-equipment, apparatus and instrument, micro-motor High Br and Hcb, high sensitivity stable, excellent quality, high flux density Ring, Cylinder, Segment, Block ZY3845ZY3850ZY4040ZY4350 Starter motors for automobile and for motorcycle, other motor for automobile, conditioning/ refrigerator compressor motor High Hcb and Hcj, with strong capability in anti-demagnetization and aging, wide temperature range Segment, Block ZY4240ZY4040ZY4545 Starter motors for automobile, Electric motors for auto application such as ABS, blower , wiper and electric shift motor and adjustable Pedal motor, electric motors for household appliance, compressors of air-conditioners and etc. higher Br and high flux density, with high power, stable performance, extensive application Segment, Ring, Block ZY4433ZY4646 Electric motors for oil pump and throttle of auto. as well as high -grade loudspeakers, meters, household appliance and office automation Higher Br with high sensitivity applying for micro-sized high performance motors Segment, Ring, Block ZY4654ZY4748 Starter motors for automobile, compressors of air-conditioner and refrigerator, electric motors for auto appliance such as ABS, power window, sunroofs and oil pump Higher Br and high flux, strong capability in anti-demagnetization, low temperature coefficient segment, Block

Ferrite
Ferrite magnets are low-cost, lightweight permanent magnets with moderate energy levels and relatively high coercive strength, capable of operating at temperatures up to 480°F. They offer excellent corrosion resistance, making them ideal for high-volume applications in manufacturing and consumer products. Ferrite magnets are available in two types: isotropic and anisotropic. Isotropic ferrite magnets have lower magnetic properties due to their nearly uniform magnetic behaviour in all directions, allowing them to be magnetized in multiple directions or multi-poles. Anisotropic ferrite magnets have better magnetic properties. ♦ Cost-effective solution for high-volume applications ♦ Medium strength performance ♦ High-temperature resistance ♦ Available in both isotropic and anisotropic grades ♦ Corrosion-resistant for durability ♦ Capable of withstanding high temperatures up to 300°C ♦ Cost-effective solution for low Br requirements, up to 4.2 MGOe Classification and applications of ferrite magnets Material Grades Main Applications Characteristics Shapes ZY10T Strip magnet for sensor, disk, apparatus, household appliance, electric motor, medical device, sensor Isotropic, material easy to multimagnetize by different direction, magnets with high precise dimension Strip, cylinder, ring, U-shape ZY20JZY20 Electric motors for water and oil pump, and other micro-brushless motor rotor Dry anisotropic products, multi-pole radial or full-eddy magnetic ring, high surface magnetic, stable performance characteristics Cylinder, Ring ZY25ZY30 All kinds of loudspeakers audio, electric-motor, medical device, sensor, receiver, pulling-system High-density, high and stable performance Ring, Cylinder, Block, Block and hole ZY33HZY34HZY4036 Electric motors for electric tools, magnetic motor for motorcycle, electric motors for Auto. Applications such as wiper, power window, magnetic pulling devices, household appliance, medical treatment device, sensors, ABS motor, starter motors for motorcycle, plane motor Moderate BR and Hcj, stable performance, strong capability in anti-demagnetization, extensive application Segment, Block, Ring, Cylinder ZY4129 High-quality loudspeakers, receivers, electric-motors for meters and instrument, magnetic adhesion, medical device, magnetic motor High Br & sensitivity, stable, excellent quality, high flux density Ring, Cylinder, Block ZY4229 Microwave oven Magnetron, high-quality loudspeakers, receivers, electric-motors for office-equipment, apparatus and instrument, micro-motor High Br and Hcb, high sensitivity stable, excellent quality, high flux density Ring, Cylinder, Segment, Block ZY3845ZY3850ZY4040ZY4350 Starter motors for automobile and for motorcycle, other motor for automobile, conditioning/ refrigerator compressor motor High Hcb and Hcj, with strong capability in anti-demagnetization and aging, wide temperature range Segment, Block ZY4240ZY4040ZY4545 Starter motors for automobile, Electric motors for auto application such as ABS, blower , wiper and electric shift motor and adjustable Pedal motor, electric motors for household appliance, compressors of air-conditioners and etc. higher Br and high flux density, with high power, stable performance, extensive application Segment, Ring, Block ZY4433ZY4646 Electric motors for oil pump and throttle of auto. as well as high -grade loudspeakers, meters, household appliance and office automation Higher Br with high sensitivity applying for micro-sized high performance motors Segment, Ring, Block ZY4654ZY4748 Starter motors for automobile, compressors of air-conditioner and refrigerator, electric motors for auto appliance such as ABS, power window, sunroofs and oil pump Higher Br and high flux, strong capability in anti-demagnetization, low temperature coefficient segment, Block
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AlNiCo
Alnico magnets are a group of permanent magnets composed mainly of aluminum (Al), nickel (Ni), and cobalt (Co), with iron (Fe) as a base metal. In addition to these primary elements, small amounts of other materials such as copper (Cu) and titanium (Ti) are often added to further enhance their magnetic properties. Alnico magnets stand out for their high temperature stability, maintaining approximately 85% of room-temperature magnetization up to 1,000°F. They offer strong residual induction, high energy products, and natural corrosion resistance, eliminating the need for surface treatments (though plating is an option). Alnico magnets can be manufactured through casting or sintering. While sintered alnico magnets are slightly less powerful than cast versions, they offer better mechanical properties. The sintering process is ideal for high-volume production, producing structurally stronger parts than cast magnets and achieving relatively close tolerances without the need for grinding. ∇ Highly resistant to extreme temperatures, with operating temps exceeding 1000°F ∇ Lower coercive strength, easily demagnetized ∇ Strong corrosion resistance: Less susceptible to oxidation than other magnets ∇ Available in both cast and sintered forms

AlNiCo
Alnico magnets are a group of permanent magnets composed mainly of aluminum (Al), nickel (Ni), and cobalt (Co), with iron (Fe) as a base metal. In addition to these primary elements, small amounts of other materials such as copper (Cu) and titanium (Ti) are often added to further enhance their magnetic properties. Alnico magnets stand out for their high temperature stability, maintaining approximately 85% of room-temperature magnetization up to 1,000°F. They offer strong residual induction, high energy products, and natural corrosion resistance, eliminating the need for surface treatments (though plating is an option). Alnico magnets can be manufactured through casting or sintering. While sintered alnico magnets are slightly less powerful than cast versions, they offer better mechanical properties. The sintering process is ideal for high-volume production, producing structurally stronger parts than cast magnets and achieving relatively close tolerances without the need for grinding. ∇ Highly resistant to extreme temperatures, with operating temps exceeding 1000°F ∇ Lower coercive strength, easily demagnetized ∇ Strong corrosion resistance: Less susceptible to oxidation than other magnets ∇ Available in both cast and sintered forms
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Samarium Cobalt
Samarium-cobalt magnet is a kind of rare earth permanent magnet material with high temperature resistance, excellent thermal stability and high coercivity. The main raw materials of samarium-cobalt magnet are samarium and cobalt.The samarium-cobalt magnet with a certain shape is produced by furnace. powder manufacturing, pressing molding, sintering and precisely machining. Although the room temperature magnetic property of samarium-cobalt magnet is inferior to that of NdFeB magnet, its thermal stability is more than10 times that of NdFeB magnet. When the temperature exceeds 150C, the magnetic energy product, coercivity and thermal stability of samarium cobalt magnet all exceed that of NdFeB magnet. Samarium cobalt is the best permanent magnetic material with excellent thermal stability at present. ∇ Low Cost ∇ Strong Corrosion Resistance ∇ Temperature range between 250°C and 550°C ∇ Strong Demagnetization Resistance ∇ High Corrosion Resistance; Highly resistant to oxidation Typical Physical Properties of Samarium Cobalt Materials Physical Characteristics unit SmCo5 Sm2Co17 Density g/cm3 8.1 - 8.6 8.2-8.5 Tc °C 750 850 Bending Strength MPa 120 - 180 80 - 160 Compressive Strength MPa 1000 - 1200 800 - 1200 Tensile Strength MPa 40 35 Fracture Toughness MPa • m1/2 1 - 2 1.5 - 2.5 Modulus of Elasticity MPa 1.3 x 105 2 x 105 Modulus of Rigidity MPa / 8 x 104 Poisson Ratio / / 0.2 HV / 400 - 500 500 - 650 Resistivity µΩ • cm 0.5 - 0.6 0.8 - 0.9 Thermal Conductivity W • (m •°C)-1 11 10 Specific Heat kJ (kg •°C)-1 0.37 0.35 Thermal Expansion Coefficient Lcaxis x10-6 K 7 8 Llc axis 15 11

Samarium Cobalt
Samarium-cobalt magnet is a kind of rare earth permanent magnet material with high temperature resistance, excellent thermal stability and high coercivity. The main raw materials of samarium-cobalt magnet are samarium and cobalt.The samarium-cobalt magnet with a certain shape is produced by furnace. powder manufacturing, pressing molding, sintering and precisely machining. Although the room temperature magnetic property of samarium-cobalt magnet is inferior to that of NdFeB magnet, its thermal stability is more than10 times that of NdFeB magnet. When the temperature exceeds 150C, the magnetic energy product, coercivity and thermal stability of samarium cobalt magnet all exceed that of NdFeB magnet. Samarium cobalt is the best permanent magnetic material with excellent thermal stability at present. ∇ Low Cost ∇ Strong Corrosion Resistance ∇ Temperature range between 250°C and 550°C ∇ Strong Demagnetization Resistance ∇ High Corrosion Resistance; Highly resistant to oxidation Typical Physical Properties of Samarium Cobalt Materials Physical Characteristics unit SmCo5 Sm2Co17 Density g/cm3 8.1 - 8.6 8.2-8.5 Tc °C 750 850 Bending Strength MPa 120 - 180 80 - 160 Compressive Strength MPa 1000 - 1200 800 - 1200 Tensile Strength MPa 40 35 Fracture Toughness MPa • m1/2 1 - 2 1.5 - 2.5 Modulus of Elasticity MPa 1.3 x 105 2 x 105 Modulus of Rigidity MPa / 8 x 104 Poisson Ratio / / 0.2 HV / 400 - 500 500 - 650 Resistivity µΩ • cm 0.5 - 0.6 0.8 - 0.9 Thermal Conductivity W • (m •°C)-1 11 10 Specific Heat kJ (kg •°C)-1 0.37 0.35 Thermal Expansion Coefficient Lcaxis x10-6 K 7 8 Llc axis 15 11
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Why Choose Us

Total Magnetic Solutions

No matter the environment or application, we have the magnetic solutions to meet any design need.
Advanced Technology & Equipment

We focus on the sustainable development of scientific research and stable improvement of technical force, as well as upgrading advanced equipment.
Experienced Team

Our team specializes in ensuring you achieve maximum efficiency and reliability in your projects.
Customer Service

We’re dedicated to delivering exceptional customer service and support.

Our Clients

Latest Blogs

Significant Research Breakthroughs in Key Metal Elements
17 December, 2024

Zoyn, in collaboration with China Jiliang University, DMEGC, and Earth-Panda, has made significant research breakthroughs in the precise detection and control technology of strategic key metal elements in magnetic materials, as well as its industrial application. This achievement has been nominated for the First Prize of the Zhejiang Provincial Scientific and Technological Progress Award. The project addresses critical challenges in the detection of strategic key metal elements in magnetic materials, the influence of element site occupancy on magnetic properties, and precise control of key elements. Supported by national key R&D programs, National Natural Science Foundation key projects, and provincial key R&D initiatives, the research has achieved a series of significant outcomes: Established precise detection technologies to monitor the distribution and lattice site occupancy of strategic key metal elements during production, enabling quantitative analysis of their distribution and state within materials. Studied the migration behavior of key elements during non-equilibrium phase transitions and sintering processes, constructing a mapping model between element states and macroscopic performance. Advanced multi-element, multi-step grain boundary diffusion control technology for heavy rare earth elements and crystal field regulation techniques for permanent magnetic ferrites. These achievements enable the efficient utilization of strategic key metal elements, establish critical technologies for synergistically enhancing the formulation, processing, and performance of magnetic materials, and facilitate the development of high-performance rare-earth permanent magnets and ferrite products. Expert evaluations have recognized the results as internationally leading in the areas of precise detection of heavy rare earth and precious metals and resource-efficient utilization technologies. The project has resulted in 32 core invention patents, 25 published papers, and three validated rare-earth element state detection technologies. Additionally, a Curie temperature detection device for magnetic materials was developed, with five national standards led and contributions to 13 other national standards. The research has also led to the development of 35 new products.
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The Growing Importance of High-Performance Magnets in Modern Industries
29 November, 2024

Magnets play a crucial role in powering today’s industries, from advanced robotics to renewable energy systems. Among these, high-performance magnets like neodymium, ferrite, and Samarium Cobalt (SmCo) have become indispensable for their strength, versatility, and reliability. At ZOYN, we specialize in manufacturing premium-quality magnets designed to meet the unique needs of diverse industries. Why High-Performance Magnets Matter: Modern applications demand magnets that deliver exceptional performance and withstand extreme conditions. Here’s why high-performance magnets are in demand: Enhanced Efficiency: Boosting the performance of motors, generators, and sensors. Miniaturization: Allowing smaller, more powerful components for compact devices. Environmental Benefits: Enabling renewable energy solutions like wind turbines and solar trackers. Applications Across Industries: Automotive: High-performance magnets power essential components like electric motors, power steering systems, and sensors in electric and hybrid vehicles. Renewable Energy: In wind turbines and solar energy systems, magnets play a key role in converting energy efficiently and reliably. Robotics: Magnets enable precise movements in robotic arms and automation systems, ensuring accuracy and repeatability. Medical Devices: From MRI machines to small surgical instruments, magnets are critical for precision and functionality in healthcare. Electronics: High-performance magnets are found in speakers, headphones, and compact motors, improving audio and device efficiency. Our Commitment to Excellence: At ZOYN, we focus on: Quality Assurance: Every magnet is manufactured with precision and tested to meet rigorous standards. Customization: We tailor magnets to meet your specific requirements, ensuring optimal performance. Sustainability: Our production process minimizes waste and promotes eco-friendly practices. Why Partner with Us? Factory Direct Advantage: Competitive pricing with no middleman. Broad Product Range: From sintered neodymium to bonded magnets, we have it all. Expert Support: Our team works closely with you to deliver the perfect solution for your needs. High-performance magnets are the backbone of innovation, enabling industries to achieve greater efficiency, sustainability, and reliability. Whether you’re in automotive, energy, or healthcare, ZOYN is here to provide magnets that power your success. Contact us today to learn more about our products and how we can support your next project!
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The Versatility and Benefits of Ferrite Magnets in Modern Applications
25 November, 2024

Ferrite magnets, also known as ceramic magnets, have been a cornerstone of the magnetic materials industry for decades. Their affordability, durability, and versatility make them indispensable in various applications, from industrial machinery to everyday consumer electronics. At ZOYN, we pride ourselves on producing high-quality ferrite magnets tailored to meet diverse needs. Why Choose Ferrite Magnets? Ferrite magnets stand out due to their unique properties: Cost-Effectiveness: Made primarily from iron oxide and barium or strontium, ferrite magnets are one of the most affordable magnetic materials available. Durability: Resistant to corrosion and able to withstand high temperatures, ferrite magnets are ideal for outdoor and high-stress applications. Wide Range of Applications: They are used in motors, speakers, magnetic assemblies, and more. Applications of Ferrite Magnets: Automotive Industry: Ferrite magnets are integral to motors, sensors, and ignition systems, offering reliable performance in extreme conditions. Renewable Energy Systems: From wind turbines to solar trackers, ferrite magnets contribute to energy efficiency and sustainability. Consumer Electronics: These magnets are commonly used in loudspeakers, microwave ovens, and magnetic latches, demonstrating their versatility in household devices. Industrial Equipment: Ferrite magnets play a critical role in separators, conveyor belts, and electric motors in factories and manufacturing units. Our Commitment to Quality: At ZOYN, we manufacture ferrite magnets that meet the highest standards of quality and performance. Our factory employs advanced production techniques to ensure precision and consistency in every product. Whether you need custom shapes, sizes, or specific magnetic properties, we deliver solutions tailored to your requirements. Why Partner with Us? Expertise: Decades of experience in magnetic material manufacturing. Customization: Tailored solutions for unique applications. Sustainability: Environmentally responsible production processes. Ferrite magnets continue to be a go-to choice for industries worldwide, offering a perfect balance of cost, performance, and durability. If you’re looking for reliable, factory-direct ferrite magnets, ZOYN is your trusted partner. Contact us today to learn more or request a quote.
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The Power of Magnetic Solutions in Modern Industries
21 October, 2024

Unlocking the Potential of Magnetic Materials in Automotive, Renewable Energy, and Manufacturing. In today’s fast-paced industrial landscape, magnetic materials are powering advancements across multiple sectors, from electric vehicles (EVs) to renewable energy and advanced manufacturing. As a leading provider of high-performance magnetic solutions, our company is proud to support the evolution of these industries with innovative products like sintered neodymium magnets, bonded neodymium, Alnico, SmCo, ferrites, and injection-molded magnets. In this post, we’ll explore the vital role that magnetic materials play in each of these fields, highlighting how our solutions are helping clients stay ahead of the curve. Driving the Future of Automotive with Magnetics. As the automotive industry accelerates toward electrification, the demand for powerful, efficient, and durable magnetic materials has never been higher. In electric vehicles (EVs) and hybrid models, magnets are the backbone of several critical systems, including electric motors, battery management, and regenerative braking. Our high-performance neodymium magnets, for example, offer the strength and reliability necessary to increase EV range and efficiency. With their high torque density and energy efficiency, these magnets are essential for maximizing vehicle performance while reducing environmental impact. But magnets in the automotive field go beyond EV propulsion. Sensors and actuators powered by magnetic materials help ensure vehicle safety, supporting features like Anti-lock Braking Systems (ABS), Electronic Stability Control (ESC), and power steering. In modern cars, everything from audio systems to navigation relies on specialized magnets that provide durability and precision in compact spaces. Our custom magnet solutions are tailored to meet the diverse needs of the automotive industry, ensuring high performance across all vehicle types. Advancing Renewable Energy with Magnetic Innovation. Renewable energy is a rapidly expanding field where magnetic solutions are essential. Wind turbines and hydroelectric generators depend on magnets to convert kinetic energy into electrical power efficiently. Our Samarium Cobalt (SmCo) magnets, known for their temperature stability and corrosion resistance, are ideal for the challenging environments of offshore wind farms and hydroelectric systems. These magnets are engineered to withstand extreme conditions, ensuring long-lasting, low-maintenance solutions that maximize energy generation. Solar energy systems also benefit from magnetic technology, particularly in solar tracking mechanisms that allow panels to follow the sun throughout the day. Our custom magnets support smooth, precise tracking, helping increase the efficiency of solar energy capture. By providing highly durable, reliable magnets, we’re proud to play a part in the world’s transition to cleaner, more sustainable power sources. Optimizing Industrial Automation and Manufacturing. In the realm of industrial automation and manufacturing, magnetic materials enable efficiency, precision, and productivity. Injection-molded magnets and magnetic assemblies are commonly used in robotic systems, CNC machines, and automated conveyor belts to ensure accurate movement and reliable operation. For manufacturing processes that require exact positioning, magnetic fixtures and clamps offer a non-invasive, secure solution that reduces setup time and increases production throughput. Sensors and actuators using magnets allow for non-contact measurement and control, which is essential in automated environments where speed and accuracy are critical. Our magnets, available in various strengths and forms, meet the specific requirements of high-performance manufacturing systems. With custom magnetic assemblies and advanced magnetic materials, we help industries achieve greater precision and productivity. Our Commitment to Innovation and Quality. As industries evolve, so do the demands for reliable, high-performing magnetic materials. Our commitment to quality ensures that every product meets stringent standards, from material selection to production and final testing. By staying at the forefront of magnetic material research, we’re able to provide custom solutions that help our clients remain competitive and efficient. At our company, we understand that no two projects are alike. That’s why we offer a range of services, including technical consultation, custom design, prototyping, and quality control. Whether you’re developing a next-generation EV, building a wind farm, or optimizing a manufacturing line, our experts are here to guide you every step of the way. Embracing the Future with Magnetic Solutions. The future of magnetic materials is bright, with advancements continuously unlocking new possibilities. By supporting innovations in automotive, renewable energy, and industrial automation, we’re proud to contribute to a world that’s smarter, cleaner, and more efficient. Explore our range of magnetic solutions and discover how we can partner with you to achieve success in your industry. Contact us today to learn more about our products, services, and commitment to quality. Together, let’s harness the power of magnetic materials to drive the innovations of tomorrow.
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Why Custom Magnet Solutions are Essential for Advanced Industries
06 November, 2024

Meeting the Unique Demands of Today’s Technological Landscape. In an era of rapid technological advancement, industries such as automotive, renewable energy, and manufacturing face unique challenges that demand precision, durability, and efficiency. At ZOYN, we specialize in providing custom magnet solutions that meet these exacting standards, ensuring that each project receives the highest quality magnetic materials tailored to specific applications. In this post, we’ll explore why custom magnet solutions are essential and how they drive innovation across various sectors. The Power of Custom Magnet Solutions. Standard magnets often fall short when it comes to meeting the specialized needs of advanced industries. Whether it’s a neodymium magnet for an electric vehicle motor or a corrosion-resistant magnet for offshore wind turbines, customization ensures that the magnetic properties, shape, size, and coating align perfectly with the application. Custom magnet solutions allow manufacturers to achieve optimal performance, maximize energy efficiency, and extend the lifespan of their products. Applications of Custom Magnets Across Industries. Automotive Industry: Enhancing Electric Vehicle Performance. The automotive industry is undergoing a transformative shift with the rise of electric vehicles (EVs). To meet performance and range expectations, EV motors require high-torque, energy-efficient magnets. Our custom neodymium magnets provide the necessary power-to-weight ratio, improving motor efficiency and helping extend vehicle range. Additionally, we offer magnets for regenerative braking and battery management, supporting the goal of eco-friendly and energy-efficient vehicles. Renewable Energy: Optimizing Energy Production. Renewable energy applications, particularly wind and hydroelectric power, rely on durable, high-performance magnets. Offshore wind turbines, for example, face harsh environmental conditions that require corrosion-resistant materials. Our samarium cobalt and coated neodymium magnets are engineered to withstand extreme temperatures and moisture, ensuring reliable, efficient power generation. By providing custom magnetic solutions tailored for these settings, we help reduce maintenance needs and support sustainable energy goals. Industrial Automation: Driving Precision and Efficiency. In the world of industrial automation, magnets enable high-speed operations, precision control, and efficient power usage. From robotic arms in assembly lines to conveyor belt systems, custom magnetic assemblies provide the accuracy and durability needed for automated processes. Our custom magnets are crafted to exact specifications, ensuring flawless integration and dependable performance in even the most demanding industrial environments. Why Work with ZOYN? At ZOYN, we pride ourselves on our expertise in magnet technology and our commitment to innovation. Our team collaborates closely with clients to understand their specific needs, offering technical consultation, prototyping, and rigorous quality control. Whether you’re seeking custom magnet solutions for automotive, energy, or industrial applications, we ensure that every project is optimized for success. Our Capabilities Include. Custom Material Selection: From high-performance neodymium to resilient ferrite and Samarium Cobalt, we provide the ideal material for each application. Shape and Size Customization: We offer a range of shapes and sizes tailored to fit seamlessly within various mechanical and electronic systems. Specialized Coatings: Our magnets are available with protective coatings to improve durability and resist environmental impacts, ensuring a longer lifespan. Embracing the Future with Custom Magnet Solutions. As industries push toward smarter, greener, and more efficient technologies, the need for custom magnetic solutions continues to grow. We’re committed to staying at the forefront of these changes, providing clients with cutting-edge magnetic solutions that power next-generation technologies. If you’re ready to explore how custom magnet solutions can benefit your project, contact us today. Together, let’s harness the power of magnets to drive the future of technology forward.
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