Magneto-optical effect Electromagnet,Pyramid Electromagnet Manufacturers, Suppliers and Exporters logo
Magneto-optical effect Electromagnet,Pyramid Electromagnet Manufacturers, Suppliers and Exporters
Product Detail:

Magneto-optical Effect Electromagnet

Magneto-optical effect ElectromagnetMagneto-optical effect ElectromagnetMagneto-optical effect Electromagnet

We specialize in producing Kerr reflection type and Farady transmission type magneto-optical effect electromagnet.

DXCG series magneto-optical effect electromagnet

DXCG series magneto-optical effect electromagnet applies to Farady transmission type and Kerr reflection type magneto-optical effect. It can be made as DXSB, DXSBV, DXWD, DXSG and abnormal shape, the magnetic field direction can be parallel to the ground or perpendicular to the ground, adjustable air gap and single-yoke or double yoke can be optional according to the directionof light path. To open a conical hole on the pola axis of Farady effect electromagnet, cone angle usually is 2-14 °, the diameter of pole head center top hole is Φ2 ~ 3mm, the pole head is replaceable, which can take care of Kerr effect experiment. It features are easy to take up the sample, adjustable air gap and suitable for repeated measurements. We can customize electromagnets with special specifications according to the required magnetic field space and the magnetic field intensity.

Magneto-optical Effect Electromagnet

Model
Pole Diameter
Air Gap Range
Diameter of Pole Face
Maxium Magnetic Field
Power
DXCG—100
Ф100mm
0～50mm
ф50mm
1.6T (10mm Air Gap)
1.6KW
DXCG—130
Ф130mm
0～60mm
ф60mm
2.0T (15mm Air Gap)
3.0KW
DXCG—175
Ф175mm
0～60mm
ф60mm
2.0T (20mm Air Gap)
5.0KW
DXCG—200
Ф200mm
0～70mm
ф100mm
2.0T (25mm Air Gap)
5.0KW
DXCG—250
Ф250mm
0～80mm
ф100mm
2.0T (40mm Air Gap)
10KW

 

Pyramid Electromagnet

Pyramid Electromagnet

Pyramid Electromagnet is designed for kerr magneto-optical effect, which solves the contradiction between magneticcircuit and light pathoptical contradictions and conflict. It maximally increases the magnetic field intensity, at the same time it meets the requirement that the angles of incident light and reflected light from the magnetic field direction are 45 degress, it resolves the magneticsm problem which has perplexed magneto-optical experiments for long time. The design lets the magnetic field of the standard kerr effect be more than 1.0T, the perfect cooling system guarantees electromagnet can be used in the high magnetic field for long time.