Kerosene-Based Nanomagnetic Fluid

Product Overview

Kerosene-based nanomagnetic fluid is a liquid made by dispersing tiny magnetic particles evenly in a kerosene-based liquid. It has excellent magnetic properties and good fluidity. When exposed to an external magnetic field, it displays unique physical characteristics. This fluid is widely used in magnetic control, cooling, sensors, and other advanced technologies.

Key Features

• Excellent Magnetic Properties:With a saturation magnetization of 500±10 GS, it responds quickly to external magnetic fields, allowing precise control of fluid behavior.
• Nano-sized Particles:The fluid contains particles with a size of 10 nm, ensuring stability and high surface activity.
• Moderate Viscosity:With a viscosity of 25 cp (at 25°C), it is suitable for a variety of magnetic fluid applications.
• High Initial Magnetic Susceptibility:A magnetic susceptibility of 0.8 m/H enhances its performance in magnetic applications.
• Good Surface Tension:With a surface tension of 28 × 10⁻⁵ N/cm, it ensures the fluid remains stable and adaptable to various working environments.

Applications

• Magnetic Drive Systems:Used in liquid bearings, magnetic seals, and other magnetic components.
• Electronic Device Cooling:Applied in cooling systems for electronic devices and high-precision instruments, providing efficient thermal management.
• Medical Technology:Essential in magnetic resonance imaging (MRI) and magnetic drug targeting, as a key liquid component.
• Acoustic Control:Used in sound wave control, vibration damping, and noise filtering applications.
• Sensors and Actuators:Has unique applications in magnetic sensors and precision actuator systems.
• Other Advanced Technologies:Used in material science, optoelectronics, and precision instruments, contributing to the advancement of various technologies.