Built entirely from imported all-alloy materials—which require no subsequent spraying or electroplating—this internal mixer is well suited for handling high-viscosity and high-hardness materials such as powder metallurgy compounds, ceramic powders, and titanium or aluminum alloy powders. It serves as an excellent solution for the internal mixing and refining of a diverse range of 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

Within the mixing chamber, the pair of rotors operate at a defined relative speed ratio, drawing feedstock in through the charging opening and delivering it into the nip region, where it undergoes compressive and shear deformation. Once the material exits the nip, it strikes the sharp crest of the W-shaped chamber body and is split into two separate streams, each of which recirculates to the rotor crown through the clearances formed between the rotors and the front/rear chamber walls. Throughout this closed system, the compound is subjected to intensive shear and homogenization under regulated pressure and temperature, which guarantees thorough dispersion and plastication of the formulation so that its final properties are fully developed.

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.