杭州矢量磁鉄 List of Products and Services

With just a sturdy rope and a magnet, you can quickly start treasure hunting in rivers or the sea. You might discover something unexpected—let's get started right away!

• Other safety and hygiene products

Bond magnets are flexible magnets made by crushing magnets like ferrite magnets and mixing them into rubber or plastic. They are also referred to as rubber magnets, PVC magnets, or plastic magnets. When processed into sheets, they can be used as whiteboards and are also utilized as refrigerator door seals. They are easy to process and can be easily cut with scissors or a utility knife.

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• Other electronic parts
• Other Auto Parts

When it comes to powerful magnets, you may be familiar with neodymium magnets, but neodymium cap magnets are powerful magnets that enhance the adhesive force of neodymium magnets several times over. They are several times stronger than ferrite cap magnets, but the adhesive force is best demonstrated when the thickness of the steel surface on the opposing side is greater. Conversely, if the thickness of the steel plate is thin, the magnetic force of the neodymium cap magnet may overflow from the iron plate, resulting in insufficient adhesive force.

• High pressure cleaner
• nut

When it comes to powerful magnets, you may be familiar with neodymium magnets, but neodymium cap magnets are powerful magnets that enhance the adhesive force of neodymium magnets several times over. They are several times stronger than ferrite cap magnets, but the adhesive force is best demonstrated when the thickness of the steel surface on the opposing side is greater. Conversely, if the thickness of the steel plate is thin, the magnetic force of the neodymium cap magnet may overflow from the iron plate, resulting in insufficient adhesive force.

• High pressure cleaner
• nut

When it comes to powerful magnets, you may be familiar with neodymium magnets, but neodymium cap magnets are powerful magnets that enhance the adhesive force of neodymium magnets several times over. They are several times stronger than ferrite cap magnets, but the adhesive force is best demonstrated when the thickness of the steel surface on the opposing side is greater. Conversely, if the steel plate is thin, the magnetism of the neodymium cap magnet may overflow from the iron plate, resulting in insufficient adhesive force.

• High pressure cleaner
• nut

D75 Magnet with Eyelet Pot Magnet

• Servo motor

We handle various types of magnet hooks. Using powerful neodymium magnets, they can support adhesion strengths ranging from 10kg to 40kg.

• Other electronic parts

Rubber magnets stuck on the refrigerator. Magnet sheets. Colorful magnet sheets. Magnet sheets that can also be used in cars.

• Sensors
• Storage

N35 D5 magnetic ball, D6 magnetic ball, D7 magnetic ball

• PM motor

1: It has a high magnetic flux density and very strong magnetic force. 2: In addition to being mechanically fragile, it has a significant temperature variation in magnetic force. 3: When heated, it is prone to thermal demagnetization. Adding dysprosium improves the coercivity. It is said that adding 1% of dysprosium improves thermal demagnetization by 15°C. 4: It is often plated with nickel because it is prone to rust. 5: The Curie temperature is about 310 degrees. 6: The strength of the magnetism is graded from N24 to N54. The number following the N indicates the strength of the magnetism, and theoretically, it is said to be possible to reach N64.

• PM motor

[Usage] For embedding in tools and various adsorption purposes. [Surface Treatment] Nickel plating (case) [Material (Cap)] Steel [Maximum Operating Temperature (°C)] 80 [Magnet] Neodymium magnet

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Nickel-copper-nickel three-layer plating Tolerance: +/-0.05mm Comparison with Japanese-made magnet magnetic properties: Please contact us.

• electromagnet

C-type magnets for motors. Heat resistant up to 350°C, uncoated. Sm2Co17 material. Tolerance: +/-0.05mm. Comparison with Japanese-made magnet magnetic properties: Please inquire.

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Ring-shaped magnet for industrial equipment Heat resistance 350°C No plating Sm2Co17 material Tolerance: +/-0.05mm Comparison with Japanese-made magnet magnetic properties: Please inquire.

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• Other machine elements
• Other machine elements

φ5*5.4 N35 surface magnetic flux density: ≥4000Gs φ5*5.4 N38 surface magnetic flux density: ≥4200Gs

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φ10*3 N35 surface magnetic flux density: 255-280mT φ10*3 N38 surface magnetic flux density: 265-291mT

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Regular badges are fixed to clothing with clips. Magnetic badges are secured with the adhesive force of magnets. Advantage: Magnetic badges are made of metal and are less likely to break. Customers likely have experiences of regular plastic badges breaking. Isn't that inconvenient?

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• others

To reduce concerns about skin allergies, the magnet has been polished.

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A regular speaker is made up of a diaphragm, a coil, and a magnet. When an electrical signal (audio signal) is passed through the coil, the diaphragm connected to the coil vibrates back and forth according to Fleming's law, producing sound.

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• Assembly Machine

Round magnets (magnetic), gifts, magnets for magnetic therapy devices, industrial magnets, accessories.

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It is convenient to hang event boards, disaster prevention supplies, tools, etc., on the steel wall surface.

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Removes fine iron powder and stainless steel wear powder generated in the manufacturing processes of food, pharmaceuticals, and chemicals using the strong magnetic force of magnets.

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We remove fine iron powder and stainless steel wear powder generated in the manufacturing processes of food, pharmaceuticals, and chemicals using the strong magnetic force of magnets.

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We remove fine iron powder and stainless steel wear powder generated in the manufacturing processes of food, pharmaceuticals, and chemicals using the strong magnetic force of magnets.

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• Other machine elements

It will be a detachable sheet-like magnet that is flexible and can be attached to magnetic surfaces.

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It will be a removable sheet-like magnet that is flexible and can be attached to magnetic surfaces.

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Iron-chromium-cobalt magnet (Fe-Cr-Co magnet) is a type of magnet cast from iron, chromium, and cobalt as the main components. It was developed in 1971 by Kaneko at Tohoku University in Japan. Due to its ductility and malleability, it can also be processed into thin sheets and fine wires.

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Plastic magnets refer to magnets made from plastic material. They are expected to be used in situations where regular magnets cannot be used. Conveniently, various types of magnets can be powdered and mixed together, and the resulting bonded magnets, when kneaded with rubber and other materials, are sometimes referred to as plastic magnets.

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This is a rubber magnet blended with neodymium-based magnetic powder, molded through calendar rolling. It achieves high magnetic flux density while maintaining flexibility. The sheet is manufactured with a multilayer structure, preventing the surface from rusting. It has the strongest magnetic properties among rubber magnets.

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Rotor and frame (stator) for motors with magnets attached When producing rotors and frames with magnets in Japan, labor costs are high, and there is no profit. In such cases, it might be best to produce in China.

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Neodymium bonded magnets (neodymium plastic magnets) have a composition similar to neodymium magnets produced by the sintering method, but they are made by mixing magnetic powder with plastic resin (epoxy resin) and then molding and curing the mixture. The amount of magnetic powder is approximately 90% by weight and 60-70% by volume.

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Ferrite magnets are compounds made primarily from iron oxide, with small amounts of barium and strontium added and then sintered. After sintering, the material is crushed into particles of about 1μm, molded, and sintered again to create ceramic products. In hard ferrites, permanent magnets are produced by magnetizing them with an electromagnet after sintering. They possess relatively strong magnetic properties while being inexpensive, making them suitable for various applications.

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Alnico magnets are made by casting aluminum, nickel, and cobalt as the main components, and they have the best temperature characteristics among magnets. Although they have the disadvantage of being prone to demagnetization when used alone, they excel in mechanical strength.

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1: High-precision processing is possible. 2: Developed low Hc products for the Japanese market and can mass-produce them. 3: Has a track record of manufacturing sensor application products. 4: Has a track record of manufacturing automotive parts. 5: Has a track record of manufacturing parts for high-temperature, high-speed rotating motors. Application fields: EPS, ABS sensors, motors.

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Neodymium magnets (Neodymium magnet, English: Neodymium magnet) are a type of rare earth magnet primarily composed of neodymium, iron, and boron. They are considered to be the strongest among permanent magnets. Advantages of VECTOR's neodymium magnets: 1: They have a stable supply route for raw materials, leading to stable costs. 2: The performance of the products is stable. 3: High-precision processing is possible.

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• DC Motor