Optimize Your Granulation Process with Our High Efficiency Wet Type Mixing Granulator
If you're on the lookout for an industry-leading granulation solution, then our High Efficiency Wet Type Mixing Granulator is just what you need. Revolutionize your granulation outcomes in the pharmaceutical, chemical, and food sector through the combination of our advanced technology and superior design.
- Presents both manual and automatic operation modes, powered by an advanced programmable control for increased convenience and process flexibility.
- Engineering excellence represented by integrated mixing oar and cutting tool, both boasting frequency conversion speed control. This fosters fine granulation with an adjustable and easy-to-manage particle size.
- Renowned for its enhanced dust prevention capabilities, thanks to the rotating shaft cavity gas-filled seal that prevents dust bonding. This feature is coupled with an automatic cleaning function for improved hygiene, assurance of cleanliness and maintenance simplicity.
- Specially designed material tank of tapered form, incorporating a built-in water cooling circulation system, promises improved thermostatic performance that contribute to superior quality particles.
- Includes an automatic lifting pot cover and discharge port that synchronizes perfectly with diverse drying equipment, for ease of operation and improved productivity.
- Efficient slurry blade lifting system for hassle-free cleaning and maintenance, which also significantly reduces downtime.
- Strategically designed to eliminate dead corners in the discharge port for maximum efficiency and consistent granulation results.
Upgrade your production process with our High Efficiency Wet Type Mixing Granulator. Its versatile design, coupled with features like a variable shape cutter, adjustable speed settings, and a high-pressure on-site cleaning mechanism, makes it an indispensable addition to your production line. Mark a significant transformation in your granulation outcomes with our superior granulation technology.