Found 4 Products For "industrial mixer"
80 ~ 200 Productivty Mixer Granulator Dry Power Pelletizer High Speed Granulator
ZLB Series Dry-Power Pelletizer The ZLB series dry-power pelletizer is an advanced pelletizing machine developed through the integration of foreign technology. This equipment transforms powder materials into uniform solid granules without requiring additives or mediators. The pelletizing process increases bulk density, ensures even grain size, effectively controls pollution, and reduces powder material waste. With its scientific design, compact structure, simple technological
Fully Automated Mixing And Blending Equipment SS Axial Flow Agitator Industrial Mixer
Fully Automated Stainless Steel Axial Flow Agitator Industrial Mixer with Low Shear for Efficient Mixing HIGHPERFORMANCE AXIAL FLOW AGITATOR Product Overview This high-performance axial flow agitator is engineered for low viscosity liquid mixing applications including heat transfer, circulation, suspension, and dissolution processes. It delivers exceptional performance across multiple industries with proven reliability and efficiency. Key Applications Pharmaceutical, chemical
Food Processing Mixer Granulator 25kg/H - 400kg/H Spray Drying Granulator
Pressure Spray Drying Granulator High-Efficiency Drying Equipment The Pressure Spray Drying Granulator is a high-performance industrial drying system that employs pressure atomization technology. Using a diaphragm pump to generate pressure, it disperses liquid feed (solutions or slurries) into fine droplets, dramatically increasing material surface area for rapid heat exchange with hot air. This process achieves complete drying within seconds, producing superior quality
60kg/H - 150kg/H Mixer Granulator Industrial Grinder 4500r/Min
30B Series High Effective Grinder Product Overview The 30B Series High Effective Grinder is designed for pharmaceutical, chemical, pesticide, food, and grain industries. This versatile machine utilizes high-speed relative motion between fixed and movable toothed discs to achieve efficient crushing through tooth impact, friction, and material impact mechanisms. Working Principle The grinder employs high-speed relative motion between fixed toothed discs and movable toothed disc
