• horizontal bead mill for oil paint in Mozambique
  • horizontal bead mill for oil paint in Mozambique
  • horizontal bead mill for oil paint in Mozambique
  • horizontal bead mill for oil paint in Mozambique
  • What is a horizontal bead mill?
  • Horizontal Bead Mill is suitable for grinding, milling, and dispersion of liquid-phase particulate materials such as surface coating, dyes, pigments, printing ink, pesticides, and paper industries. The machinery is designed for continuous production with effective grading and dispersing, suitable for low-middle-viscosity materials.
  • What is a bead mill?
  • Bead mills are grinding and dispersing machines designed to grind and/or disperse particles down to the micro and nano scales. Beads (grinding media) inside the grinding chamber are agitated by rotating the shaft and the particles are ground and/or dispersed by the collision and shear force of the beads.
  • What is a horizontal bead mill C-20 machine?
  • Comes with a narrow particle size reduction and distribution. In order to fit every need, our horizontal bead Mill C-20 Machine, Inside the Chamber 20l raw material can be processed in a continuous way and it will provide 4l-6l output of the fine material every minute after the grinding process.
  • What is a C-series horizontal bead mill used for?
  • Model No C-Series Horizontal Bead Mill is suitable for grinding, milling, and dispersion of liquid-phase particulate materials such as surface coating, dyes, pigments, printing ink, pesticides, and paper industries.
  • What is a disc & a horizontal bead mill?
  • Disc-type are flat, circular disks with specially designed patterns or slots on their surface. The slots help generate high shear forces and promote efficient particle size reduction and dispersion. Tipco offers a wide range of Machines for Paint, Ink, and Pigment Industry. Our Horizontal Bead Mill is used to Get Awesome Results.
  • What is the fineness range of a horizontal bead mill?
  • Fineness Range: Horizontal bead mills can achieve finely ground particles, typically ranging from 100 nanometers to several micrometers. This highly controllable grinding process finds extensive applications in the preparation of materials requiring high particle fineness.