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Shanghai, China
1-10 Employees
Shanghai Talesen Magnetic Material Co., Ltd. was established in 2014. We are a professional supplier of the ferrite powder and ferrite magnet for worldwide downstream magnetic industry players. The ferrite powder and ferrite magnet we provide are mainly used in various fields of telecommunications, audio equipment (speaker), micro motor (voice coil motor, stepping motor, synchronous motor, gear motor), precision parts, instrumentation, medical equipment, audio equipment, automotive industry, communications equipment, computers, electronics, packaging, crafts toys, hardware tools, etc.. “Pioneering innovation, mutual benefit and win-win” are our business philosophy, Shanghai Talesen Magnetic Material Co., Ltd. will continuously provide customers products with the best quality, the competitive price and the most excellent service. Copyright © 2014-2023 Shanghai Talesen Magnetic Material Co., Ltd.
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Bonded Ferrite Powder
... Bonded Ferrite Powder series are usually used as injection aggregates, in many kinds of applications when mixed with rubber or plastic. ...
Melbourne, Australia
1-10 Employees
1989
We are the foremost supplier of permanent magnets locally and internationally. Aussie Magnets was established in 1989 and we offer extensive experience, informed advice, up to date knowledge of products and technologies and the benefits of professional links with local and international authorities and suppliers. Aussie Magnets is a Sydney based and family operated business. Always of the highest quality, our products are sourced by us or manufactured to our own standards and specifications. Bulk discounts available for most products, please ask.
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Coloured Magnetic Buttons (Ferrite)
... Ferrite magnet encased in colourful hard plastic on all sides. Available in packs of 10 or 100 pieces. Diameter 30mm x Height 10mm Use our Coloured Magnetic Buttons to organise your work and personal life! These Button magnets are super handy and extremely popular! These magnets can be ...
San Jose, United States
11-50 Employees
1990
We are expanding worldwide to provide courteous support to our local customers. We are happy to visit you at your office or meet online. Founded in the United States in 1990, we have been supporting North America for over 30 years. KITAGAWA INDUSTRIES America, Inc., or KGS America (formerly known as Intermark USA), was established in 1990 as the USA sales operations for KITAGAWA Industries Co., LTD. KGS America’s product line includes of EMC solutions (including but not limited to EMI absorbers, ferrite cores, shielding components, and grounding parts), thermal interface materials, vibration and shock management gels, and plastic components. LTD (or simply: KGS), is a well-established and leading global supplier of solution components for a variety of industries including consumer electronics, optical and communications network, automotive, medical, industrial, robotics, and energy and power. Today, KGS is a wholly-owned subsidiary of Nitto Kogyo Corporation. KGS products are designed, developed, and manufactured within KGS-owned and operated facilities.
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EMI Ferrite / Ferrite Core
... KGS has incorporated a wide range of ferrite cores and ferrite sheet with excellent impedance performance for EMI mitigation and suppression. ...
Milan, Italy
51-100 Employees
1920
CIBAS Group creates the product you are looking for. All three Business Units are equipped with the same state-of-the-art measuring instruments, to guarantee complete quality alignment throughout the whole group. CIBAS Group is an integrated manufacturer of permanent magnets and custom magnetic assemblies. CIBAS Group operates globally with 3 Business Units, dedicated to different strategic objectives and activities. It is dedicated to the manufacturing of sintered Rare Earth permanent magnets and custom assemblies. It is dedicated to the manufacturing of plastic bonded permanent magnets and overmolded products. CWIEME Berlin is the largest and most comprehensive exhibition and conference for coil winding, insulation and electrical manufacturing.
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Sintered Ferrite
... Sintered Ferrite - ...
Pittsburgh, United States
11-50 Employees
2015
Magnetics® is a leading world supplier of precision soft magnetic components and materials to the electronics industry. We specialize in research, design and production of a broad range of high-quality powder cores, ferrite cores and tape wound cores for applications such as chokes, inductors, filter, transformers and power supply components for use in alternative energy, telecommunications, aerospace, military, computer, medical and other electronics systems. Magnetics is the only global supplier with development, design and manufacturing operations for three soft magnetic product types: powder cores, ferrite cores and strip wound cores. This breadth of experience gives us the ability to respond to most magnetic product or application needs. A recognized leader in quality and reliability, Magnetics’ products are manufactured to conform to international standards for electrical, dimensional and visual requirements. In addition, Magnetics' products comply with global environmental initiatives. To meet our global customers’ needs for ongoing production, we operate two warehouse locations - Phoenix, AZ USA and Xiamen, China - with manufacturing also located in Xiamen, China. From relatively small production runs to large-scale, ongoing, time-sensitive manufacturing, Magnetics has the flexibility and agility to deliver high-quality products at cost-effective rates.
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Ferrite Cores
... Magnetics - Ferrite Core ...
Leicester, United Kingdom
51-100 Employees
1971
Today, we produce quality assured moulded components, coil bobbins, coil formers, insulation covers, housings, clips, terminals and toroid mounts at competitive prices. At Miles Platts, we are dedicated to the quality of the services we provide to our customers, and a vital part of that is the team we employ. We are always looking for the right calibre of person to join our skilled team. We manufacture more than standard coil bobbins, we design and engineer custom EV motor bobbins, stator end caps, busbar covers and insulation components for electric motors. We manufacture more than standard coil bobbins, we design and engineer custom components such as solenoids, EV motor bobbins, stator end caps, busbar covers and insulation components for various applications such as electric motors. Miles-Platts is a world-leading designer and manufacturer of precision technical mouldings in advanced high performance, flame retardant and glass filled engineering polymers. We have also enhanced our expertise in the provision of coil bobbin and insulation solutions for transformer manufacturers that require coil winding features and electrical insulation systems. Over 50% of the products that we make are custom designed and engineered to individual customer requirements.
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Coil Bobbins for Ferrite Cores
... Ferrite Core Bobbins | Miles ...
Watford, United Kingdom
1-10 Employees
We manufacture and distribute the MTR brand, a range of ‘problem-solvers’ including active and passive DI boxes, headphone amps and splitters, phantom power supplies, multiway keyboard power supplies, and acoustic foam panels. We are proud to distribute the best digital wireless system in the world for guitar and bass from the Dutch company stageClix – superbly designed and made, and SO much better than analogue systems with their tone-destroying companders and hopeless bandwidth. MTR Ltd is a manufacturer and distributor of professional audio products used in recording, radio and television studios, by musicians live on stage, in audio installations, in schools, and by PA hire companies. Our latest addition is the highly respected Galaxy Audio from the USA – featuring the latest powered version of the world-famous HotSpot personal monitor; the Cricket (the best cable and polarity tester ever) and the Checkmate Sound Pressure Level meter – stay ahead of the Noise Police!
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Compression Drivers / Ferrite – CDX1-1440
... Features 1.0” exit, lightweight and compact ferrite magnet compression driver with 1.4” copper clad aluminium voice coil 25Wrms (AES standard) power handling and 106dB sensitivity Application of Titanium diaphragm increases stiffness and hence reduces distortion Finite Element Analysis (FEA) ...
Hardt, Germany
101-250 Employees
1963
As a specialist for permanent magnetic assemblies, we have been offering everything from a single source since 1963: magnetic technology, plastics technology and metal processing. What sounds big is a universe of diversity that can be realised with magnetism. This holistic range of services has made us what we are today: One of the leading manufacturers of magnet systems. As experts in permanent magnetic assemblies, we manufacture individual magnet and fastening solutions. For large and small applications, for countless industries, from standard to special development, with delivery of individual single parts to large series - we offer our customers innovative solutions and the highest quality.
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Raw magnets of hard ferrite
... Block magnet of hard ferrite | BRUGGER ...
Town of Colonie, United States
1-10 Employees
1996
Radiation exists across a spectrum from very high-energy radiation to very low-energy radiation. This is sometimes referred to as the Electromagnetic Spectrum. Register now to get updates on promotions and coupons.
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Ferrite Snap Bead
... Ferrite Snap Bead | Less ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Ferrite
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 526 |
| Amount of suitable service providers | 281 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1920 |
| Youngest suiting company | 2015 |
Ferrite, a class of ceramic materials characterized by their magnetic properties, is composed primarily of iron oxide mixed with metallic elements such as barium, manganese, nickel, or zinc. These materials exhibit a unique combination of electrical conductivity and magnetic permeability, making them highly valuable in a variety of technological applications. Due to their low electrical conductivity, ferrites are excellent at preventing the loss of energy to heat, thereby enhancing the efficiency of devices that operate at high frequencies. This characteristic is particularly beneficial in the design of transformers, inductors, and antennas used in telecommunications, where minimizing energy loss is crucial. Furthermore, the magnetic properties of ferrites allow for the storage of magnetic data, playing a pivotal role in the development of magnetic recording media. The ability of ferrites to support high-frequency operations without significant loss of signal integrity also makes them indispensable in the realms of microwave technology and radar systems. Their versatility and efficiency have established ferrites as a fundamental material in the advancement of both consumer electronics and industrial applications, underscoring their significant impact within the field of materials science and electromagnetic engineering.
1. Cost-Effectiveness
Ferrite materials are generally more affordable than other magnetic materials like neodymium or samarium cobalt. This cost advantage makes ferrite an attractive option for large-scale applications where budget constraints are a primary concern.
2. Corrosion Resistance
Unlike many metal alloys, ferrite exhibits excellent resistance to corrosion. This property significantly reduces the need for protective coatings, further enhancing its cost-effectiveness and durability in harsh environmental conditions.
3. High Electrical Resistivity
Ferrite's high electrical resistivity minimizes eddy current losses, making it an ideal choice for high-frequency applications. This characteristic is particularly beneficial in transformers and inductors, where efficiency is critical.
4. Magnetic Properties
Though not as strong as rare-earth magnets, ferrite magnets offer sufficient magnetic strength for a wide range of applications. Their stability over a broad temperature range also ensures reliable performance under varying environmental conditions.
While evaluating the different suppliers make sure to check the following criteria:
1. Material Quality
Ensure the supplier provides high-grade ferrite materials that meet industry standards for your specific application needs. Quality certification or compliance with international standards can be a good indicator.
2. Customization Capabilities
Evaluate whether the supplier can offer customized ferrite shapes and sizes, which are crucial for specific design requirements and can significantly impact the performance of your application.
3. Supply Chain Reliability
Check the supplier's ability to maintain consistent supply without disruptions. A robust logistics network and good inventory management practices are essential for timely deliveries.
4. Technical Support
Assess the level of technical support the supplier provides. This includes pre-sales consultation, assistance during product development phases, and post-sales support.
5. Cost-Effectiveness
While not compromising on quality, consider the cost-effectiveness of their offerings. Competitive pricing, along with favorable payment terms, can make a supplier more attractive.
6. Reputation and Experience
Research the supplier's reputation within the industry and their experience in manufacturing and supplying ferrite. Long-standing operations and positive customer feedback can be promising indicators of reliability and quality.
Ferrite plays a crucial role in the electronics industry, serving as a core material in transformers and inductors. Its high magnetic permeability coupled with low electrical conductivity minimizes eddy current losses, making it ideal for high-frequency applications. This characteristic is essential for manufacturers of power supplies and telecommunications equipment, where efficiency and signal integrity are paramount. In the automotive sector, ferrite is employed in the manufacture of sensors and actuators. The material's ability to withstand high temperatures and maintain its magnetic properties under various conditions makes it suitable for use in engine and transmission sensors, contributing to the advancement of automotive safety and performance technologies. The recycling and waste management industry utilizes ferrite for magnetic separation processes. Its strong magnetic properties enable the efficient extraction of ferrous materials from waste, facilitating recycling efforts and the conservation of resources. This application demonstrates ferrite's versatility and its contribution to sustainable manufacturing practices. Within the realm of data storage, ferrite is used in the production of magnetic tapes and hard disk drives. Its magnetic characteristics allow for the dense packing of data, enhancing storage capacities. This use case highlights ferrite's role in supporting the ever-increasing demand for data storage solutions across various sectors, including IT and entertainment.
Ferrite, a class of ceramic compounds composed of iron oxides mixed with metallic elements, has reached a high Technology Readiness Level (TRL) of 9. This advanced TRL signifies that ferrite-based technologies are not only well understood but also extensively integrated into various applications, from electronic components like inductors and transformers to magnetic cores and microwave devices. The elevation to this level is primarily due to ferrite's unique magnetic properties, including high magnetic permeability at high frequencies with low electrical conductivity, which minimizes energy losses during magnetic field changes. Over years of research and development, methods to enhance ferrite's magnetic properties and structural integrity have been refined, leading to its wide adoption in both consumer electronics and industrial applications. The material's ability to operate efficiently at microwave frequencies and its contribution to miniaturizing electronic components have been pivotal. Furthermore, continuous improvements in manufacturing processes have ensured consistent quality and performance, contributing to ferrite's high TRL. This solid foundation of technical understanding, coupled with a broad spectrum of practical applications, underscores the technical reasons for ferrite's classification at the pinnacle of technology readiness.
In the Short-Term, advancements in ferrite technology are expected to focus on enhancing magnetic properties for improved efficiency in electronic devices. Researchers are working on optimizing the composition and microstructure of ferrite materials to increase their permeability and reduce energy loss. These improvements are poised to benefit a wide range of applications, from transformers to antennas, making electronic devices more energy-efficient and compact. Looking into the Mid-Term, the development of ferrite-based components is likely to extend into the realm of high-frequency applications. Innovations in this phase will aim at creating ferrites that can operate effectively at higher frequencies with minimal loss, opening new possibilities for their use in telecommunications and radar systems. The focus will be on synthesizing new ferrite materials that can support the burgeoning demands of 5G technology and beyond, enhancing signal clarity and transmission speed. In the Long-Term, the horizon broadens with the integration of ferrite materials into the field of nanotechnology and biomedical applications. Research is anticipated to unlock ferrites that can be used in drug delivery systems, magnetic resonance imaging (MRI), and hyperthermia treatment for cancer. These ferrites will be engineered at the nanoscale to interact precisely with biological systems, offering targeted therapeutic effects and advanced diagnostic capabilities, marking a significant leap forward in both technology and medicine.
