Three-dimensional spiral tube

Solenoid

Solenoid features: solenoids are suitable for relatively narrow and long samples due to their relatively uniform axial magnetic field. Under this premise, compared with coils, the magnetic field can be made higher and the volume can be smaller. It can be used to generate standard magnetic fields, determine the effect of magnetic shielding, electromagnetic interference simulation experiments, calibration of Hall probes and various magnetometers, research on biological magnetic fields, and research on magnetic properties of materials.

Adjustable magnetic field permanent magnet

Permanent magnets have a great advantage over electromagnets in generating a constant magnetic field. However, the simplification of their structure and the fixed and immutable magnetic field limit their application. Our company is committed to the research and development of various permanent magnets with adjustable magnetic field, so that the air gap can be adjusted, the magnetic field intensity can be adjusted, and the uniformity zone is stable. The function of the permanent magnet is closer to the electromagnet, and the volume is smaller than the electromagnet, making it more widely used. .

Three-dimensional solenoid

By controlling the current flow appropriately, choosing appropriate sizes and materials, maintaining good insulation, and considering the cooling system, you can use the newest magnetic field solenoid coil sources effectively and regulate and control the generated magnetic field as needed

magnetic field solenoid

Factors such as coil design, material selection, manufacturing process, magnetic field uniformity calibration, environmental conditions, and durability testing all have an important impact on the quality of the new lab magnetic field solenoid coil from China components. A good manufacturer will consider these factors to ensure a high-quality product

solenoid coil

Due to its controllability and versatility, cheap solenoid coil made in china has been widely used in many fields, playing an important role in fields ranging from scientific research to industrial manufacturing to medical care

solenoid coils

Therefore, the working principle of the advanced solenoid coils of China can be simply summarized as follows: by passing an electric current, a magnetic field is generated inside the solenoid, the direction of which is along the axis of the solenoid. The strength of the magnetic field depends on the current intensity and the geometry of the solenoid

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