• Efficient mixing and bonding: Equipped with high-speed stirring blades and dispersion discs, it enables full mixing and bonding in a short time. For example, in coating R&D, it can quickly disperse and coat pigments in resin matrices to form stable coating slurries, with much higher efficiency than traditional stirring methods.
• High mixing uniformity: Unique stirring structure creates complex material flow, ensuring full shearing and mixing in all directions for high uniformity. It guarantees consistent performance for electronic materials with strict composition uniformity requirements.
• Flexible parameter adjustment: Stirring speed and time can be adjusted based on material properties and process requirements. For hard-to-disperse materials, increase speed to enhance shearing; for heat-sensitive materials, reduce speed and control time to prevent overheating-induced performance changes.
• Flexible batch size: Suitable for small-batch experiments, handling 100s of grams to several kilograms per batch, meeting diverse R&D needs. Researchers can choose batch sizes based on plans and costs to reduce R&D expenses.
• Easy operation: Intuitive interface for parameter setting, start/stop. Structure facilitates material adding and discharging, reducing operational steps.
• Easy cleaning and maintenance: Detachable parts (e.g., stirring blades, dispersion discs) simplify cleaning, preventing cross-contamination and ensuring accurate results. Corrosion- and wear-resistant materials reduce maintenance frequency and costs.
• High safety: Multiple safeguards (overload protection, leakage protection, lid-open shutdown) prevent operator injuries and ensure safe experiments.
