The Versatile Magnetic Tube removes ferrous particles from free-flowing materials, offering customizable magnetic strengths and durable stainless steel housing. Ideal for EDM, grinding, and chemical processing applications. (read more)

Explore magnetic principles and applications with high-quality educational magnets designed for engineers and educators. (read more)

Elevate your speedometer's precision with our premium AlNiCo magnets. Engineered for exceptional high-temperature resistance, low temperature coefficient, and unmatched corrosion resistance, these magnets are the perfect choice for speedometers, odometers, and dashboards in the motorcycle and automotive industries. (read more)

Unleash Performance with NdFeB Magnets (read more)

Reactor shields power electronics, ensures system stability, extends equipment life, mitigates harmonics, and voltage variances. It safeguards motors, reduces interference, and features high inductance and rapid response. With low losses, temperature stability, and diverse shapes, amorphous reactors excel in PFC inductors, transformers, and offer versatility across applications. (read more)

Permanent-magnet motors in power side-view mirrors allow precise vertical and horizontal adjustments for optimal visibility, enhancing driver control and safety in vehicles. (read more)

As the most widely used rare-earth magnet, NdFeB Magnets have a wide range of industrial and technological applications due to their exceptional magnetic properties. (read more)

Enhance the performance and longevity of compression molded NdFeB magnets with our superior surface coating solutions, including electrophoretic, spray epoxy, and parylene coatings. (read more)

Discover the unparalleled performance of Sintered NdFeB Magnets from Hangzhou X-mag Inc., the leading choice for engineers worldwide. Unlocking new possibilities in various industries, these magnets redefine power and efficiency. (read more)

Explore the multifaceted benefits of amorphous inductors in 5G, electronics, automation, and automotive sectors. (read more)

Unlock high-precision performance with our Variable Reluctance Resolvers (VRRs) from Hangzhou X-mag Inc. Ideal for a variety of industrial applications, these sensors provide accurate measurement of rotation angle, position, speed, and angular velocity. (read more)

Essential for precision agriculture, the right motors power drones for crop tasks with responsiveness, efficiency, power, and reliability. Positioned on wings or fuselage, they ensure stable flight for seamless productivity. (read more)

Nanocrystalline cores offer superior magnetic properties and efficiency, making them ideal for high-frequency applications. Traditional cores are more economical and suitable for various uses but generally offer lower performance. Frequency, efficiency, size, and cost are the main factors in choosing between nanocrystalline cores and traditional cores to suit your products. (read more)

Advanced Injection Molded Magnets (read more)

AlNiCo magnets, the oldest family of permanent magnets, offer reliable performance for various applications, including sensors, speakers, and micro-motors. Available in cast and sintered forms, they provide excellent magnetic properties and high corrosion resistance. (read more)

Magnets in car oil pump motors generate magnetic fields that interact with electric currents to produce rotation. This rotation drives the pump mechanism, ensuring oil circulation in the engine. Permanent magnets and electromagnets create efficient, reliable, and compact motor designs essential for automotive applications. (read more)

Nanocrystalline core is a new type of iron core material with high magnetic permeability, low losses, and excellent thermal stability. This material offers superior performance in high-temperature and high-frequency environments, making it ideal for various critical applications. (read more)

Enhance Purity and Equipment Safety. Optimize your material handling with our high-performance magnetic grates. Ideal for food processing and pharmaceutical applications, these grates offer superior magnetic strength and reliability. (read more)

Power mirror motors provide convenient remote adjustment of side mirrors, improving driver visibility and safety. Designed for seamless integration with vehicle electrical systems, these compact motors enhance driving comfort and safety. (read more)

what are over-molding magnets and what are their applications? (read more)

Discover the power of Hangzhou X-mag Inc.'s Deep AlNiCo Pot Magnets, engineered for extreme temperature applications and versatile use in various industrial settings. (read more)

Explore SmCo magnets, offering exceptional magnetic strength and high-temperature resistance for various industrial applications. (read more)

Redefining Haptic Experiences (read more)

Efficient NdFeB Magnet Design

Discover the strength of X-Mag permanent lifting magnets, featuring a unique design powered by the strongest NdFeB magnets. Compact yet robust, these magnets redefine lifting capabilities.

Non-Powered Safety Advantage

With a lifting force independent of electrical current, eliminate the risk of load drops during power failu... (read more)

Magnets are essential for the operation of maglev trains, providing the critical functions of levitation, propulsion, and stabilization. This technology offers significant advantages in terms of speed, energy efficiency, ride comfort, maintenance, environmental impact, and safety. (read more)

Halbach Arrays: Magnet innovation at its best. Generate powerful fields on one side while minimizing leakage. Ideal for diverse applications. (read more)

Discover our robust AlNiCo Button Magnets, crafted from premium cast Alnico 5 material. Ideal for high-temperature gripping and precision applications, these magnets ensure reliable performance up to 450°C. (read more)

NdFeB magnets, also known as Neodymium Iron Boron magnets, are a type of rare-earth magnet made from an alloy of neodymium, iron, and boron. They are the strongest type of permanent magnets available commercially and are widely used in various applications due to their exceptional magnetic properties. (read more)

A linear motor is a transmission device that converts electrical energy into linear motion mechanical energy without any intermediate conversion mechanism. It typically comes in a flattened rotating motor shape, such as flat or U-shaped. Linear motors boast advantages like a simple structure, high positional accuracy, fast reaction speed, high sensitivity, and long lifetime. (read more)

Neodymium magnets, integral in consumer electronics, notably enhance mobile photography and videography quality through smartphone gimbals. (read more)

The traditional non-diffusion manufacturing process for NdFeB magnet often results in coercivity loss at elevated temperatures due to its inherent vulnerability. This is where grain boundary diffusion (GBD) becomes essential. It allows for reduced usage of Dy and Tb, enhances coercivity, and retains remanence. With this method, it's possible to achieve high grades like 50EH and 52UH. (read more)

Common mode inductors are essential for suppressing noise in power supplies and high-speed communications, ensuring improved signal quality, reduced electromagnetic interference, and enhanced circuit reliability. (read more)

Explore a variety of coating options for micro magnets to meet high-end application demands. (read more)

Magnets transformed medical diagnostics, facilitating precise imaging vital for accurate diagnoses. In Magnetic Resonance Imaging (MRI), magnets are pivotal for generating detailed, high-resolution images non-invasively, providing insights into the intricacies of the human body. (read more)

Soft magnets are a type of magnet that is easy to magnetize and demagnetize, featuring high permeability and low coercivity. They are made from materials such as silicon steel, pure iron, nickel-iron alloys, iron-cobalt alloys, ferrites, amorphous metals, and electrical steels. These materials are widely used in transformers, motors, inductors, and various electromagnetic devices. (read more)

Automation can streamline our production processes, in-plant material transport, and inspection, resulting in greater efficiency. (read more)

Magnet manufacturing requires special processes due to the brittle nature of materials used to create magnet ingots. (read more)

Today, we're thrilled to highlight a true cornerstone of our company: Q.F.Wei, a Senior Engineer. (read more)

Complete and full-service magnetic product design is one of X-Mag’s relentless pursuits. (read more)

The services X-mag could provide from materials to products. (read more)

X-mag has prototyping facilities and our engineers are supported by our sophisticated manufacturing team to prototype many types of magnetic materials. (read more)

Why is surface treatment necessary for magnets and what factors should be considered when correctly choosing the surface treatment/coating for a magnet? (read more)