Dry Dispersion Device "Particle-Compatible Dispersion and Spreading Device"
This is a dry spraying device that disperses and uniformly scatters particles ranging from several micrometers to several hundred nanometers through frictional charging. It achieves stable spraying with charge amount feedback control!
This is a dispersion and scattering device for particles that has developed a dry scattering technology for the spacer scattering process in liquid crystal displays, capable of handling nanoparticles as well. It controls the amount of scattering based on feedback control derived from the amount of charge during scattering. A fixed multiplexer nozzle is used, allowing for uniform particle scattering in all directions by simply switching the air without moving the nozzle. Additionally, by applying high voltage to the wall surfaces, it suppresses particle adhesion to the walls, improving particle utilization efficiency and ensuring uniform dispersion performance even for larger workpieces. This tabletop scattering machine is designed for research and development and prototyping, accommodating workpiece sizes of approximately 100mm×100mm to 300mm×300mm. (It is also possible to manufacture mass production equipment for large glass sizes such as 1500mm×1500mm and for inline applications.) *For more details, please contact us.
basic information
Tabletop Dry Dispersion Device δ−1 (Delta One) Basic Configuration 1. Dispersion Chamber Chamber ✕ 1 set High-Pressure Unit ✕ 1 set (Optional) Adjustment Range ±1 to 10 kV 2. Weighing Unit Weighing Device ✕ 1 set Hopper ✕ 1 set (Particle Container) Air Equipment ✕ 1 set Operation Panel ✕ 1 set Control Unit ✕ 1 set Built-in Control Board 3. SUS Piping for Particle Pressure Delivery (with Amplification Section and Charging Sensor)
Price range
Delivery Time
Applications/Examples of results
【Applications】 ■ LCD display material prototype line ■ Dispersion and scattering of various particles (100nm and above) ■ Dispersion of alumina, silica, and various particles ■ Layered coating of particles ■ Quantitative scattering of particles ■ Manufacturing line for architectural liquid crystal glass
