8T split superconducting magnet

The 8T Split superconducting magnet is a high-performance magnetic system designed for advanced research applications requiring a strong and stable magnetic field. This magnet is capable of generating a maximum central field of 8 Tesla (T) with a 40-mm cold bore, making it suitable for a variety of experimental setups in material science, physics, and other fields where high magnetic fields are essential. The split design allows for easier access to the sample, which is particularly beneficial for experiments that require frequent adjustments or measurements. This magnet operates at cryogenic temperatures, typically using cryocoolers for cooling, eliminating the need for liquid helium and enhancing safety and convenience.

Product Features:

1. High Magnetic Field Strength: The 8T Split Superconducting Magnet achieves a maximum magnetic field of 8T, which is crucial for experiments that demand high magnetic fields for material analysis, particle acceleration, or other high-field applications.

2. Cryogen-Free Operation: This magnet utilizes GM (Gifford-McMahon) cryocoolers for cooling, which means it does not require liquid helium, reducing operational costs and increasing safety. The absence of liquid helium also makes the system more portable and easier to maintain.