20L Industrial Mixer Machine, Stainless Steel Lab Dry Powder Blender, High-Efficiency Particle Mixer for Food & Chemical, Durable Laboratory Mixing Equipment

20L Industrial Mixer Machine, Stainless Steel Lab Dry Powder Blender, High-Efficiency Particle Mixer for Food & Chemical, Durable Laboratory Mixing Equipment

• Experience Enhanced Mixing with Our 360° Reverse Mixing Conical Dry Powder Mixer. Utilizing Innovative 360° Automatic Forward and Reverse Switching Technology, it Ensures Uniform Mixing of Dry Powders and Granular Materials. Enjoy Timed Stop and Stepless Speed Regulation for Optimal Customization, Perfect for Various Experiments. Say Goodbye to Dead Angles and Achieve Consistent Results Effortlessly!
• Introducing our Electric Dry Powder Mixer, designed for laboratory use. Crafted from durable 304 Stainless Steel, it offers corrosion resistance and rust-proof performance. Featuring a powerful Pure Copper Motor, this mixer operates quietly and ensures a long service life, making it an essential tool for efficient mixing of dry powders.
• Discover our versatile Dry Powder Mixer, available in four capacities: 5L, 10L, 20L, and 40L. Each model features a high-efficiency motor from 40W to 300W, accommodating loads of 3-20kg. Ideal for laboratory research, development, and small-scale production, this mixer ensures consistent results for your projects while enhancing productivity.
• Experience effortless operation with our Easy Single Motor Rotating Cylinder. This innovative design eliminates the need for complex blade adjustments, ensuring low maintenance costs. The seals are easy to inspect, and the unit is fully washable. Customization options are available for both Food-Grade and Chemical-Grade applications, making it ideal for batch processing in various industries.
• This high-efficiency Laboratory Dry Powder Mixer features a compact, space-saving design, making it perfect for Pharmaceutical, Food Processing, Feed, Chemical, and Metallurgical applications. Ideal for mixing dry powders and granules, it ensures consistent results and enhances productivity in various experimental settings.