PLC Automatic Controlled Nanomaterial, Carbon Nanotube, Graphene Slurry Mixing and Dispersing Machine

1. Unique mixing structure: Revolving and rotating blades simulate planetary motion for complex, efficient material flow and high uniformity. 2. High efficiency: Materials mix fully in a short time, significantly increasing production capacity. 3. Wide applicability: Handles low-viscosity liquids, high-viscosity pastes, and solid particles effectively.

1. Material viscosity: Select high-speed/simple blades for low-viscosity materials; choose large torque/complex blades for high-viscosity materials. 2. Material composition: Consider dispersing ability for solid particles and sealing/explosion-proof design for volatile components. 3. Production scale: Use flexible mixers for small-scale or large-capacity automated equipment for industrial production.

1. Wear observation: Replace if obvious wear, thinning, gaps, or deformations affect mixing. Frequency depends on usage (months to years). 2. Mixing effect: Replace if uniformity significantly reduces and cannot be improved by parameter adjustment. 3. Abnormal sound: Replace if abnormal noise occurs due to blade wear causing unbalanced operation.

Reasons: High material viscosity causing motor heat, insufficient/deteriorated lubricating oil, or cooling system failures (blockage, fan damage). Solutions: Reduce viscosity, replenish/replace lubricating oil, and overhaul the cooling system (clean pipes, replace fans) to ensure normal heat dissipation.

Process: Empty material, add suitable cleaning agent, run at low speed, rinse with water until clear, and dry. Precautions: Avoid skin/eye contact with agents, seek medical help if exposed, disinfect for food/pharma use, and check for damage during cleaning.