Beetroot powder is increasingly popular in the health food and nutrition market due to its natural functional benefits. It combines vibrant color, rich nutrients, and versatile applications in modern foods and supplements.
Key Benefits:
- Supports cardiovascular health – Rich in natural nitrates, beetroot powder can help improve blood circulation.
- High in antioxidants – Protects cells from oxidative stress and supports overall wellness.
- Natural energy and endurance booster – Popular among athletes for enhancing stamina and reducing fatigue.
- Vibrant natural color – Used as a natural food coloring in beverages, baked goods, and smoothies.
- These benefits make beetroot powder a versatile ingredient in functional beverages, nutritional supplements, sports nutrition products, and health-focused foods.
To produce high-quality beetroot powder, a series of preparation steps is required, including cleaning, slicing, and dehydration（YDHF Series Tray Dryer）
However, the most critical step in achieving fine, uniform beetroot powder is the grinding process. In this article, we focus on how the YDWF Series Air Classifier Mill efficiently grinds dried beetroot slices into ultra-fine powder while preserving color, flavor, and nutrients.
Yinda YDWF Series Air Classifier Mill (ACM) for Dried Beetroot Grinding
O YDWF Series Air Classifier Mill (ACM) is designed for efficient, ultra-fine grinding of dried beetroot slices.
It combines high-speed impact grinding with air classification in a single system, enabling continuous production of uniform beetroot powder.
This integrated approach ensures consistent particle size, high powder quality, and minimal material loss.
Key Structure and Components of Beetroot Air Classifier Mill
Milling Chamber
- The core area where dried beetroot slices are pulverized by high-speed impact and shear forces.
- Achieves uniform ultra-fine particle size (200–300 mesh) suitable for functional beverages, supplements, and natural food coloring.
Connecting Pipes
- Seamlessly link different sections of the system.
- Ensure smooth airflow and material transfer without blockages.
Cyclone Separator & Discharge
- Efficiently separates powder from airflow for effective powder collection.
- Rotary airlock valve ensures smooth and continuous discharge.
- Pneumatic vibrator prevents material buildup and improves discharge stability.
Dust-Free System
- Minimizes airborne powder, creating a clean and hygienic production environment.
- Helps meet food safety standards while reducing material loss.
High-Pressure Blower
- Provides strong airflow to transport particles and support air classification.
- Ensures efficient separation of fine and coarse powder.
All components are made of food-grade stainless steel (SS 304/316L), polished internally and externally for hygiene, durability, and easy cleaning.
Working Principle of YDWF Series Air Classifier Mill for Beetroot Powder
Material Feeding
Dried beetroot slices are fed into the milling chamber via a screw conveyor for steady, continuous grinding.
Grinding Process
High-speed blades pulverize the slices into fine particles, ensuring uniform size and preserving natural color and flavor.
Classificação Aérea
Rotating classifier wheels separate fine particles from coarse ones. Coarse particles are returned to the milling chamber for re-grinding.
Powder Collection
Qualified beetroot powder is carried by airflow into the cyclone separator and dust collector, producing clean, uniform powder.
Continuous Operation
The integrated air classifier maintains a closed-loop system, maximizing yield and ensuring consistent ultra-fine particle size.
Temperature Control System with Parallel Connected Industrial Air Chiller
YDLF Series Air Cooling Chiller
During ultra-fine grinding, the high-speed rotation of blades and airflow inside the moinho classificador de ar can gradually generate heat. For materials like dried beetroot, excessive temperature may affect the natural red color and product quality.
To maintain stable grinding conditions, Yinda recommends integrating a temperature control system with the YDLF Series Industrial Air Cooling Chiller. The chiller can be connected in parallel with the YDWF Air Classifier Mill to supply cold air during the grinding process.
This cooling airflow helps maintain a stable milling temperature and supports continuous production of high-quality beetroot powder.
Key Advantages
- Supplies cold air to the grinding system during operation
- Reduces heat generated during continuous ultra-fine milling
- Helps maintain the natural color and quality of beetroot powder
- Improves grinding stability and prevents material overheating
Technical Specifications of YDWF Beetroot Air Classifier Mill
- Material:SS304/316L with fine polishing
- Feed Size: ≤10 mm
- Final Fineness: 80-400 mesh(adjustable)
- Typical Beetroot Powder Fineness:200-300 mesh
- Capacity: 20–2000 kg/h
- Mill Motor Power: 7.5–90 kW
Customized configurations are available according to specific production requirements.
O YDWF Series Air Classifier Mill efficiently grinds dried beetroot into uniform, high-quality beetroot powder. Combined with the YDLF Air Cooling Chiller, it maintains stable temperature, preserving the natural color, flavor, and nutrients. This solution ensures reliable, continuous production for food, nutraceutical, and functional ingredient applications.
Yinda Machinery offers customized Air Classifier Mill systems to meet your specific production capacity, fineness, and plant layout requirements. Contact our team today to learn more about the YDWF Series Air Classifier Mill and discover how we can support your beetroot powder processing line.
Contact Person: Dennie Yuan
Tel / WeChat / WhatsApp: +86 13914192807
Email: dennie@yindamachinery.com
Website: www.yindamachinery.com