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MISUMI
Neodymium Magnet and Samarium-Cobalt Magnet characterized by their strong magnetic force.
Days to Ship: | Same day or more |
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Stock Items Included
MISUMI
Neodymium Magnet characterized by its strong magnetic force.
Days to Ship: | 6 Days or more |
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Magnets - Cylindrical, Resin Coated
MISUMI
Neodymium Magnet characterized by its strong magnetic force.
Days to Ship: | 6 Days or more |
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Magnets - Cylindrical, Horizontal Poles
MISUMI
Neodymium Magnet characterized by its strong magnetic force.
Days to Ship: | 6 Days or more |
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MISUMI
Can be fixed without having to use adhesive or screw.
Days to Ship: | 6 Days or more |
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Days to Ship: | Same day or more |
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Stock Items Included
Magna
Excellent mechanical advantages such as being crack-proof and having high heat resistance. Though easily demagnetized, these magnets remain popular in metering and communications and are now finding new applications in security equipment and watt-hour meters.
Days to Ship: | 6 Days or more |
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Samarium-Cobalt Magnet Bar Shape
Magna
Resistance to demagnetization at temperatures as high as 350℃, as well as resistance to rust, make this a perfect component for medical devices and sensors. There are some difficulties in terms of mechanical strength, but miniaturization and weight reduction of the product can be achieved similar to neodymium products.
[Features]
· The unprecedented strength of the neodymium magnet with polyamide coating (powder coating) greatly improves the environment‐resistant characteristics compared with conventional plated products.
· Even after a 2, 000-hour salt spray test, durability is not compromised.
· Superior durability against cracks and chips thanks to the cutting-edge coating technology.
· Suitable for various applications because mold cases are not required and the design is highly flexible.
· Optimal for products that require direct contact with the skin, such as clothing, bags, toiletries, and kitchen and household products.
Days to Ship: | 6 Days or more |
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Samarium-Cobalt Magnet Ring Type
Magna
Resistant to demagnetization at temperatures as high as 350℃ and resistant to rust, making this a perfect component of medical devices and sensors. There are some issues with respect to mechanical strength, but miniaturization and weight reduction of the product can be achieved like the neodymium product.
Days to Ship: | 6 Days or more |
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Samarium-Cobalt Magnet Round Type
Magna
Ideal for medical devices and sensors thanks to good coercivity at temperatures as high as 350 ℃ and corrosion resistance. Mechanical strength can pose some issues, but product miniaturization and weight reduction can be achieved, as with neodymium magnets.
Days to Ship: | 6 Days or more |
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Samarium-Cobalt Magnet Diameter Direction Magnetizing Type
Magna
Ideal for medical devices and sensors thanks to good coercivity at temperatures as high as 350 ℃ and corrosion resistance. Mechanical strength can pose some issues, but product miniaturization and weight reduction can be achieved, as with neodymium magnets.
Days to Ship: | 8 Days |
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Magna
Creates a powerful magnetic field, said to be the strongest available in the world today. Though it has excellent mechanical advantages, it must be coated to prevent rust development. Use at 80 °C or below.
Days to Ship: | 6 Days or more |
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Magna
This is a cylindrical (bar-shaped) magnet with excellent mechanical strength.
[Features]
· Rare-earth magnets are sorted into samarium-cobalt magnets and neodymium magnets.
· Samarium-cobalt magnets are known to be very powerful.
· Highly resistant to rust and high temperatures, but slightly lacking mechanical strength is slightly lacking.
· Neodymium is popular as a compact and lightweight material.
· Neodymium magnets create what is said to be the strongest magnetic field among magnets currently on the market.
· Can be machined into a round, square, or ring shape according to the application.
· With excellent mechanical strength, they are coated to prevent development of rust. Must be used at 80℃ or less.
Days to Ship: | 6 Days or more |
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Magna
This is a ring magnet with excellent mechanical strength.
[Features]
· Neodymium magnets create what is said to be the strongest magnetic field currently available on the market.
· Can be machined into a round, square or ring shape according to the application.
· Mechanical strength is excellent, but they are prone to rust and the surface is coated to prevent this. Must be used at no higher than 80℃.
Days to Ship: | Same day or more |
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Stock Items Included
Magna
A round magnet with excellent mechanical strength.
[Features]
• Rare-earth magnets are divided into samarium-cobalt magnets and neodymium magnets.
• Samarium-cobalt magnets are known to be very powerful.
• Highly resistant to rust and high temperatures, but some issues with mechanical strength
• Like neodymium, popular as a compact and lightweight magnetic material
• Neodymium magnets are said to create the strongest magnetic field of any magnet currently on the market
• Can be machined into a round, square, or ring shape to suit the application
• Though it has excellent mechanical advantages, it must be coated to prevent rust development. Use at 80 °C or below.
Days to Ship: | 6 Days or more |
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Neodymium Magnet Diameter Direction Magnetizing Type
Magna
Creates a powerful magnetic field said to be the strongest currently on the market anywhere in the world. Though with excellent mechanical strengths, they are coated to prevent development of rust. Must be generally used at 80°C max.
Days to Ship: | 6 Days or more |
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Anisotropic Ferrite Magnet Ring Type
Magna
High coercivity prevents demagnetization. Being a sintered magnet (ceramic magnet), corrosion resistance is excellent and it lends itself to flat shapes. However, it does crack easily.
Days to Ship: | 6 Days or more |
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Anisotropic Ferrite Magnet Round Shape
Magna
Magnetization is easily retained with no demagnetization. It is a sintered magnet (ceramic magnet), with excellent corrosion resistance and suitable for a flat shape, but it cracks easily.
Days to Ship: | 6 Days or more |
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Days to Ship: | 8 Days or more |
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Yoke (Cover-Equipped) Round Type Anisotropic Ferrite
Hikari
Thanks to the cap, attractive power is 3 to 11 times stronger than a magnet alone.
Days to Ship: | 6 Days or more |
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Days to Ship: | 6 Days or more |
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Hikari
Exhibits excellent magnetic properties which are superior to ferrite magnets.
Days to Ship: | 8 Days or more |
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Hikari
High level of magnetic retention with no demagnetization. Magnet that is magnetized in a specific direction and used most frequently.
Days to Ship: | 6 Days or more |
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Shape |
Attraction Froce (Range)(N) |
Attraction Force (Specify)(N) |
Magnet Type (Material) |
O.D.(Ø) |
I.D.(Ø) |
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Brand | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | MISUMI | Magna | Magna | Magna | Magna | Magna | Magna | Magna | Magna | Magna | Magna | Magna | Magna | Hikari | Hikari | Hikari | Hikari | Hikari |
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Days to Ship |
Same day or more
Stock Items Included | 6 Days or more | 6 Days or more | 6 Days or more | 6 Days or more |
Same day or more
Stock Items Included | 6 Days or more | 6 Days or more | 6 Days or more | 6 Days or more | 8 Days | 6 Days or more | 6 Days or more |
Same day or more
Stock Items Included | 6 Days or more | 6 Days or more | 6 Days or more | 6 Days or more | 8 Days or more | 6 Days or more | 6 Days or more | 8 Days or more | 6 Days or more |
Shape | Round | Ring | Round | Round | Round | Ring | Round | Round | Ring | Round | Round | Ring | Round | Ring | Round | Round | Ring | Round | Round | Round | Ring | Round | Round |
Attraction Froce (Range)(N) | ~10.0 / 10.1~20.0 / 20.1~30.0 / 30.1~40.0 / 40.1~50.0 / 50.1~60.0 / 60.1~70.0 / 70.1~80.0 / 90.1~100.0 | ~10.0 / 10.1~20.0 / 20.1~30.0 / 30.1~40.0 / 40.1~50.0 / 50.1~60.0 / 60.1~70.0 / 70.1~80.0 / 90.1~100.0 | ~10.0 / 10.1~20.0 / 30.1~40.0 | ~10.0 / 10.1~20.0 / 20.1~30.0 / 30.1~40.0 | ~10.0 / 10.1~20.0 / 20.1~30.0 / 30.1~40.0 | ~10.0 / 10.1~20.0 / 20.1~30.0 / 40.1~50.0 / 50.1~60.0 / 70.1~80.0 | - | ~10.0 / 10.1~20.0 | ~10.0 / 10.1~20.0 / 20.1~30.0 / 50.1~60.0 / 60.1~70.0 | ~10.0 / 10.1~20.0 / 30.1~40.0 / 40.1~50.0 / 60.1~70.0 | - | - | ~10.0 / 10.1~20.0 / 20.1~30.0 / 100.1~ | ~10.0 / 10.1~20.0 / 20.1~30.0 / 30.1~40.0 / 50.1~60.0 / 70.1~80.0 / 80.1~90.0 / 100.1~ | ~10.0 / 10.1~20.0 / 20.1~30.0 / 30.1~40.0 / 40.1~50.0 / 50.1~60.0 / 60.1~70.0 / 70.1~80.0 / 90.1~100.0 / 100.1~ | - | - | - | - | - | - | - | - |
Attraction Force (Specify)(N) | 0.04 ~ 98.06 | 4.9 ~ 98.5 | 2.3 ~ 33.3 | 4.9 ~ 35.3 | 2.35 ~ 38.02 | 7.8 ~ 78.4 | - | 2.5 ~ 17.6 | 1.4 ~ 69.6 | 0.7 ~ 68.6 | - | - | 0.4 ~ 264.7 | 1.9 ~ 539.3 | 0.49 ~ 519.75 | - | - | - | - | - | - | - | - |
Magnet Type (Material) | Neodymium Magnet / Samarium-Cobalt Magnet | Neodymium Magnet | Neodymium Magnet | Neodymium Magnet | Neodymium Magnet | Neodymium Magnet | Alnico Magnet | Samarium-Cobalt Magnet | Samarium-Cobalt Magnet | Samarium-Cobalt Magnet | Samarium-Cobalt Magnet | Neodymium Magnet | Neodymium Magnet | Neodymium Magnet | Neodymium Magnet | Neodymium Magnet | Ferrite Magnet | Ferrite Magnet | Neodymium Magnet | Ferrite Magnet | Ferrite Magnet | Neodymium Magnet | Ferrite Magnet |
O.D.(Ø) | 1 ~ 20 | 6 ~ 30 | 3 ~ 10 | 5 ~ 10 | 5 ~ 12 | - | 3 ~ 25 | 3 ~ 8 | 3 ~ 46 | 2 ~ 25 | 4.4 | 26 ~ 60 | 1 ~ 23.5 | 5 ~ 76 | 1.5 ~ 50 | 2.2 ~ 4 | 6 ~ 134 | 2 ~ 50 | 3 ~ 10 | 20 ~ 50 | 45 ~ 50 | 3 ~ 14 | 10 ~ 30 |
I.D.(Ø) | - | 2 ~ 12 | - | - | - | - | - | - | 1 ~ 33 | - | - | 20 ~ 30 | - | 2 ~ 42 | - | - | 2 ~ 75 | - | - | 3.5 ~ 5.2 | 16 ~ 22 | - | - |
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