Super Rubber Magnet with 4 times more adsorption power than conventional product.
High magnetic force sheet with neodymium of the strong adsorption power, that is 4 times higher in comparison with conventional rubber magnet. The flexibility of the sheet also improves more. With scissors and a cutter, a clipping can be made easily in various form.
 →INQUIRIES
  • Flexible Magnet Sheet of rare earth Nd-Fe-B.
  • The Sheet surface does not have the oxidation and falling off of magnet material for a multilayered structure body.
  • In comparison with normal rubber magnet, there is about 4 times adsorption power.
  • This product is superior to conventional rubber magnet in flexibility, the reconstruction characteristics and can easily clip it out in scissors and cutter.
• NORMAL SHEET SIZE
0.6 mm thickness : 200 mm (W) x 220 mm (L) and 200 mm (W) x 440 mm (L)
1.0 mm thickness : 200 mm (W) x 220 mm (L) and 200 mm (W) x 440 mm (L)
2.0 mm thickness : 200 mm (W) x 220 mm (L) and 200 mm (W) x 440 mm (L)
3.0 mm thickness : 200 mm (W) x 220 mm (L) and 200 mm (W) x 440 mm (L)
• THE SHEET WITH ADHESION MATERIAL IS AVAILABLE
♦ MAGNETIC CHARACTERISTIC
  SI group (mT) CGS group (kG)
Residual magnetic flux density
(Multiple poles, 5mm pitch)
 518-534  5.2-5.3
Coercive force (HcB)  332-337  4.2-4.3
Coercive force (HcJ)  >650  >8.2
Maximum energy product (BH max)  44-46  5.5-5.8
♦ SURFACE MAGNETIC FLUX DENSITY AND ADSORPTION POWER
Thickness Dimensions Surface magnetic force Adsorption power
0.6 mmt 200mm-440mm 130-140mT 140g/cm2
1.0 mmt 200mm-440mm 130-140mT 360g/cm2
2.0 mmt 200mm-440mm 160-165mT 450g/cm2
3.0 mmt 200mm-440mm 130-140mT 530g/cm2
♦ PRODUCT PHYSICS CHARACTERISTIC
Thickness 1.0mmt 2.0mmt
Heat-resistant temperature range ≤100°C ≤100°C
Flexibility Good Good
Strength 3.8 3.8
Growth rate 3.8 3.8
Hardness 80-85 80-85
Departure from surface rust * Good Good
Oiliness-resistant Rust prevention oil Fine Fine
Machine cutting oil Fine Fine
Spindle oil Admittable Admittable
• Above data is not a guarantee value.
* Moisture test (60°C x 95% x 500Hr besides an end face)
Copyright 1998-2010 Magna Co., Ltd. Tokyo, Japan. All Rights Reserved