The NE-PE25H is a high-end low-temperature plasma treatment system. Equipped with an MFC (Mass Flow Controller) for precise control of process gas flow and a Pirani precision resistance vacuum gauge, this system delivers high-precision measurement capabilities with an accuracy of less than 0.1%, meeting the requirements of most high-precision experimental or industrial applications.

Low-temperature plasma treatment systems are widely used in material processing. By utilizing the physical and chemical interactions between high-energy particles in the plasma and the material surface, these systems enable surface modification processes such as activation, cleaning, etching, and doping. Plasma treatment can significantly enhance surface properties of materials, including improving surface energy, hydrophilicity, and adhesion performance.

Low-temperature plasma treatment is a dry modification method with the following advantages:

1. As a dry process, it eliminates the need for drying steps, waste liquid disposal, and exhaust gas treatment associated with wet chemical processes, thereby saving energy and being environmentally and biologically benign.

2. High versatility and adaptability, enabling uniform treatment of surfaces with complex geometries.

3. Simple operation with short processing times (seconds to minutes) and immediately observable effects.

4. The modification is confined to a thin surface layer (angstroms to micrometers), enhancing surface properties without altering the bulk material characteristics.