N30H¸ 0.469'' L x 0.391'' W x 0.234'' Thk.¸ 6.68 lbs. pull NB239646-30
All magnets are not created equal. These Rare Earth Magnets are made from Neodymium, the strongest permanent magnet material on the market today. Neodymium magnets have many uses, from a variety of industrial applications to an unlimited number of personal projects.
Glue to back of projects that require extreme strength in a small size
Ideal for home, school, office and shop
These magnets are NOT FOR CHILDREN
TECHNICAL SPECS
Finish/Plating
Not Plated
Grade
30H
Magnet Material
Neodymium
Magnet Shape
Block
Magnetization Orientation
Through Thickness
MMI Part #
NB239646-30
Number of Items in Sell Pack
1
Product Length/Depth (In.)
0.469
Product Shape
Rectangle
Product Thickness (In.)
0.234
Product Width (In.)
0.391
Pull Rating
6.68
Weight (lbs)
0.0115
PRODUCT DESCRIPTION
N30H¸ 0.469'' L x 0.391'' W x 0.234'' Thk.¸ 6.68 lbs. pull NB239646-30
All magnets are not created equal. These Rare Earth Magnets are made from Neodymium, the strongest permanent magnet material on the market today. Neodymium magnets have many uses, from a variety of industrial applications to an unlimited number of personal projects.
Glue to back of projects that require extreme strength in a small size
N30H¸ 0.469'' L x 0.391'' W x 0.234'' Thk.¸ 6.68 lbs. pull NB239646-30
All magnets are not created equal. These Rare Earth Magnets are made from Neodymium, the strongest permanent magnet material on the market today. Neodymium magnets have many uses, from a variety of industrial applications to an unlimited number of personal projects.
Glue to back of projects that require extreme strength in a small size
N30H¸ 0.469'' L x 0.391'' W x 0.234'' Thk.¸ 6.68 lbs. pull NB239646-30
All magnets are not created equal. These Rare Earth Magnets are made from Neodymium, the strongest permanent magnet material on the market today. Neodymium magnets have many uses, from a variety of industrial applications to an unlimited number of personal projects.
Glue to back of projects that require extreme strength in a small size
