Small Strontium Ferrite North South Bar Magnets, Cast Ceramic Rectangular Magnet with North & South Identified, Science Anisotropic Ferrite Bar Magnets, Traditional Rectangle Shaped Magnet FERRITE Ceramic School Teaching Education Tool, Isotropic Ferrite Ceramic Rod Bar Block Magnet China Factory
Strontium Ferrite North South Bar Magnets Specification:
Part No.: MPFBM-02
Material: Hard Ferrite / Ceramic
Shape: Bar (Block)
Grades: Y30 / C5
Color: custom / red-green / red-blue / No or pure color
Application: School Educations Tool / Kids Toy
Length 50mm
Width 14mm
Thickness 10mm
Direction Of Magnetism Along Length
Magnet Type Strontium Ferrite
Magnet Grade Y30
Maximum Temperature 250°C
Our Ceramic north-south bar has a length of 50mm, a width of 14mm and is 10mm thick. On one end is a marked North pole and on the other is a marked south pole.
Uses for our Ceramic North-South Bar:
Our Ceramic north-south bar magnets are made of a Ceramic magnet coated in red paint. Each bar is rectangular in shape and is axially magnetized (through length). On each end of the north-south bar is a marked north and south pole allowing easy identification of each pole.
This small magnet makes it possible to identify the poles of a magnet. Use the north-south ends, just place on the magnet and see where it points to! This makes these bars ideal for educational purposes being able to teach about the poles of a magnet. These are available in two different sizes our popular large north-south bar and our small north-south bar.
We usually paint Ferrite educational magnet in no color, red-green or red-blue, or we combine them with other material such as metal and plastic. Meantime, these products comply with the international safety standards.
The ever-popular iconic horseshoe magnet has been used for decades in the classroom and science lab to teach children about physics. These magnets are made from weakly magnetised ferrite material making them ideal for the classroom.
These pocket-size ferrite U-shaped magnets are weakly magnetised making them perfect for performing classroom experiments and teaching the basics of magnetism. Permanent Ferrite Science School Magnet, Small Ceramic Bar Magnet North South Ploe
Material |
Iso/
Anisotropic |
Remanence |
Coercivity |
Intrinsic Coercivity |
Max Energy product |
Br(mT) |
Br(Gs) |
bHc(KA/m) |
bHc(Oe) |
iHc(KA/m) |
iHc(Oe) |
(BH)max(KJ/m 3 ) |
(BH)max(MGOe) |
Y10T
c1 |
Isotropic |
≥200 |
≥2000 |
≥125 |
≥1600 |
≥210 |
≥2600 |
≥6.5 |
≥0.8 |
Y20 |
Anisotropic |
≥360 |
≥3600 |
≥135 |
≥1700 |
≥140 |
≥1760 |
≥20.0 |
≥2.5 |
Y25 |
Anisotropic |
≥380 |
≥3800 |
≥144 |
≥1800 |
≥150 |
≥1880 |
≥24.0 |
≥3.0 |
Y30
c5 |
Anisotropic |
≥390 |
≥3900 |
≥184 |
≥2300 |
≥188 |
≥2350 |
≥27.6 |
≥3.4 |
Y30BH
c8 |
Anisotropic |
≥390 |
≥3900 |
≥240 |
≥3000 |
≥256 |
≥3200 |
≥27.6 |
≥3.4 |
Y35
c11 |
Anisotropic |
≥410 |
≥4100 |
≥208 |
≥2600 |
≥212 |
≥2660 |
≥30.4 |
≥3.8 |
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