This internal mixer is fabricated from fully imported alloy materials, eliminating the need for any spraying or electroplating processes. It is capable of processing high-viscosity and high-hardness substances, including powder metallurgy mixtures, ceramic powders, and titanium/aluminum alloy powders, making it ideal for the internal compounding and refining of various raw materials.

• The inner chamber can be fully opened, making it easy to clean without any dead ends
• PLC control system connects preset values with detection values, featuring intelligent operation to discharge oxygen content under positive pressure and automatically recharge inert gas
• Double atmosphere protection device ensures the mixing process operates under positive pressure conditions

The two rotors in the mixing chamber rotate relative to each other at a specific speed ratio, clamping material from the feeding port and bringing it into the roller gap where it is squeezed and sheared by the rotors. After passing through the roller gap, the material hits the sharp edge of the "W" shaped mixing chamber and divides into two parts, returning to the top of the rotor along the gaps between the front/rear chamber walls and rotors. In the closed mixing chamber, materials undergo strong shearing and mixing under controlled pressure and temperature conditions, ensuring complete dispersion and plasticization of formula materials for optimal performance.

The mixing chamber features a "W" shape with an "M" shaped lower pressure cover forming a fully enclosed mixing space. The stirring blade employs a prismatic spiral design without dead angles, enabling effective shearing and dispersion of materials to meet physical property requirements. The hollow-structured stirring blade, made from imported all-alloy material (requiring no spraying or electroplating), offers excellent wear resistance, corrosion resistance, minimal material adhesion, and extended service life.

• CFine's anti-leakage powder device uses mechanical shaft seal tightening technology with self-lubricating seal rings that remain compressed during mixing, reducing system wear and minimizing noise from leakage
• Through-type heating system provides faster heating and more uniform temperature transfer with 50% higher efficiency than traditional heating plates, controlled by PLC program system
• Complex tube-belt design in the mixing chamber ensures excellent heat exchange and precise temperature control, with water-cooled rotors preventing material adhesion and enabling uniform dispersion

During normal use, non-consumable parts are guaranteed for one year. We provide on-site installation guidance and long-term technical support.