Conventional Product
In the industrial field, conventional magnetization is an important process used to enhance the magnetic field strength of magnetic materials. This process is widely used in the production of various magnetic products, such as motors, generators, disk drives, etc. Through magnetization, these products can be ensured to have stable and reliable performance during use. Common magnetization methods include electromagnetic magnetization, permanent magnet magnetization, etc. Each method has its specific application scenarios, advantages and disadvantages. The magnetization process requires precise control of magnetic field strength and direction to ensure that the magnetic material reaches the expected performance indicators. Therefore, in industrial production, conventional magnetization technology is an indispensable process and plays a vital role in product quality and performance.
Magnets advantages
Sphere Magnet:
Our Magnets exhibit exceptional magnetic strength, ensuring robust performance in various applications, from motors to industrial machinery.
Stepped Magnet:
Despite their powerful magnetism, these magnets are remarkably compact, enabling efficient integration into space-constrained devices without compromising on performance.
Tube Magnet:
Engineered for reliability, our magnets maintain their magnetic properties across a wide temperature range, ensuring consistent performance even in extreme environments.
Mitre Magnet:
With their superior strength and durability, our Magnets find diverse applications across industries such as automotive, electronics, renewable energy, and medical devices, offering unparalleled versatility.
| Plating Instructions | ||||
| Type | Coating | Thickness | Color | SST(Hours) |
| Nickel | Ni+Cu+Ni | 10~20 μm | Bright Silver | 24~72 |
| Black Nickel | Ni+Cu+Black Ni | 10~20 μπ | Bright Black | 48~96 |
| Cr3+Zinc | Zinc | 5~8μm | Blue white | 16~48 |
| Color Zinc | 5~8μm | Colorful | 36~72 | |
| Sn | Ni+Cu+Ni+Sn | 10~25μm | Silver | 36~72 |
| Au | Ni+Cu+Ni+Au | 10~20 μm | Gold | 12 |
| Ag | Ni+Cu+Ni+Ag | 10~20μm | Silver | 12 |
| Epoxy | Exopy | 10~20μm | Black/Grey | 48 |
| Ni+Cu+Epoxy | 15~30μm | 72~108 | ||
| Zn+Epoxy | 15~25μm | 72~108 | ||
| Passivation | //// | 1~3μm | Dark Grey | temporary protection |
| Phosphatization | //// | 1~3μm | Dark Grey | temporary protection |
Custom Magnet Manufacturer
Magnet customization will produce magnet products that meet specific sizes, shapes and magnetic properties according to customer needs and requirements. Basic size references can include the length, width, thickness, and shape of the magnet, such as round, square, bar, etc. Custom magnets can provide better adaptability and performance. The following are the parameters of some commonly used custom magnets.
| General Reference Size | ||
| OD×T | ||
| 1mmx1mm | 2mmx1mm | 2mmx2mm |
| 3mmx1mm | 3mmx3mm | 3mmx2mm |
| 4mmx1mm | 4mmx2mm | 4mmx4mm |
| 5mmx1mm | 5mmx2mm | 5mm×5mm |
| 6mmx1mm | 6.15mm×4mm | 8mm×2mm |
| 10mm×2mm | 10mm×10mm | 12mm×3mm |
| 15mm×3mm | 15mm×5mm | 20mm×2mm |
Electronics:
Magnets revolutionize the electronics industry with their unparalleled magnetic strength and compact size. In this dynamic field, these magnets find versatile applications, enhancing the performance of various electronic devices. From miniature speakers and headphones to precision motors and magnetic sensors, our magnets play a pivotal role in ensuring superior functionality. Their ability to deliver robust magnetic fields in confined spaces makes them indispensable in modern electronics.
Automotive :
Our Magnets play a pivotal role, driving innovation and efficiency. As electric mobility surges, these magnets power the motors with unparalleled strength and precision. From enhancing the torque delivery for swift acceleration to optimizing power steering systems for seamless maneuverability, our magnets ensure a smooth and dynamic driving experience. Moreover, their compact size allows for sleeker designs and lighter weight, contributing to increased energy efficiency and extended range.
The production base of Shanghai Young Magnet Co. Ltd. was founded in 2001 with a registered capital of 10 million yuan and atotal investment of 50 million yuan. The production base - Ningbo City, Zhejiang Province, mainly produces and operates high-performance sintered NdFeB permanent magnet materials and related component products. Our factory has always been focusing on the research and development and production of magnetic products, mainly for domestic end customers and traders! Having successfully passed ISO9001:2008, ISO/TS16949:2002 quality system and ISO14001:2004 environmental system certification, our company has established an annual production capacity of 1,200 tons of high-performance sintered NdFeB permanent magnet materials and devices. Most of the production and testing equipment have been replaced with internationally advanced water products, some of which are imported from Germany and Japan.
Q1: What makes Magnets stand out in the market?
A1: Magnets are renowned for their unparalleled magnetic strength, compact size, and superior performance across various applications, setting them apart from conventional magnets.
Q2: How do these magnets perform in extreme temperatures?
A2: Engineered for resilience, our Magnets maintain their magnetic properties even in extreme temperatures, ensuring consistent performance in challenging environments.
Q3: What are the primary advantages of using these magnets in industrial machinery?
A3: These magnets offer enhanced efficiency and productivity in industrial machinery due to their robust strength, compact design, and resistance to corrosion, minimizing downtime and optimizing performance.
Hot Tags: neodymium-iron-boron magnets, China neodymium-iron-boron magnets manufacturers, suppliers, factory, 2mm x 12mm neodymium magnet, ndfeb permanent magnets, 6 inch neodymium magnet, strong ring neodymium magnet, ndfeb ring magnet, neodymium magnet 20x6x2