Ningbo Beilun Meank Magnetic Industry Co.,LTD.
EN
Search
×
12 7mm rare earth neodymium sphere magnets
12 7mm rare earth neodymium sphere magnets

N42 Rare Earth Neodymium Sphere Magnets 12.7mm

Powerful sphere magnets that made of rare earth magnetic material and nickel coated

Request Offer

Specifications of N42 Rare Earth Neodymium Sphere Magnets 12.7mm

ProductNeodymium Sphere Magnet.
CategorySphere Magnet
MaterialNeodymium, N42
DimensionDia-12.7mm
MagnetizedAxially(poles on two points)
CoatingNiCuNi
Strengthapprox. 2.7kg
Weight(1 piece)8g
Tolerance+/-0.05mm
Max.Working Temp.80℃
Available GradeN35, N38, N40, N42, N45, N48, N50, N52
Surface TreatmentNickel-Copper-Nickel (three layers coating)


Features of N42 Rare Earth Neodymium Sphere Magnets 12.7mm

  • Intermediate dimension, it is intermediate dimension of neodymium sphere magnets

  • Powerful strength, made of neodymium rare earth material,12.7mm magnetic balls N42 have about 2.7kg powerful strength.

  • The maximum operating temperature of standard 12.7mm neodymium sphere magnets is 80℃.

  • 12.7mm Nickel Coated Magnetic Balls Made Of Neodymium N42

  • N42 Rare Earth Neodymium Ball Magnets With Diameter Of 12.7mm

Products
THANK YOU FOR YOUR ATTENTION ON Meank Magnet!
THANK YOU FOR YOUR ATTENTION ON Meank Magnet!

Please fill the form to let us know your need. Our sales will get in touch with you ASAP.

Address:

1 FLOOR, NO.128 BUILDING-1 128#, JIJIN ROAD, XIAOGANG, BEILUN, NINGBO CITY, ZHEJIANG PROVINCE, CHINA

Get In Touch With Meank

Your Name *

Your Email *

Your Phone

Company

Your Message *

Related Sphere Neodymium Magnets

Latest News About Meank Magnet
Compact Powerhouses: Samarium Cobalt Ring Magnets in Miniature Applications
13 Feb 2024

Compact Powerhouses: Samarium Cobalt Ring Magnets in Miniature Applications

From Play to Precision: Plastic-Coated Rare Earth Magnets in Educational Settings
01 Feb 2024

From Play to Precision: Plastic-Coated Rare Earth Magnets in Educational Settings

Magnetic Magic: How Flat Adhesive Magnets Transform Spaces
20 Jan 2024

Magnetic Magic: How Flat Adhesive Magnets Transform Spaces