Tapioca Starch Centrifugal Sifter with 2-500 Mesh Size Range and 2.2-5KW ABB Motor for Industrial Screening
Industrial centrifugal sifter designed for efficient separation of ultra-light powders including tapioca starch, pharmaceuticals, and chemicals. Features compact design, vibration-free operation, automatic screen cleaning, and compatibility with pneumatic systems. Available in carbon steel, SUS304, and SUS316L materials with full customization options and 18-month quality guarantee.
This advanced centrifugal sifter efficiently separates ultra-light fine materials including pharmaceutical powders, food powders, and chemical powders through innovative air-flow screening technology.
| Model | Screen Cage Size (mm) | Screen Material | Structure Material | Mesh Size | Power (KW) |
|---|---|---|---|---|---|
| EQLS-18065 | 180×650 | Stainless steel or Nylon screen | Q235A | ≤500 | 2.2 |
| EQLS-30010 | 300×1000 | SUS304 | Q235A | ≤500 | 4 |
| EQLS-50013 | 500×1300 | SUS304 | Q235A | ≤500 | 5 |
- Compact design with small footprint, lightweight construction
- Vibration-free operation with minimal noise levels
- Excellent airtightness prevents dust leakage
- Automatic screen cleaning via cyclone washing system
- Agglomerated material crushing capability
- Extended service life with outer spherical bearings
- Compatible with pneumatic conveying systems
- Advanced gas protection system reduces operating temperatures
- Custom design options for specialized requirements
- Detailed pre-sale sieving analysis and recommendations
- Full customization service for specific applications
- 24/7 online technical support
- Pre-delivery video inspection of machinery
- Comprehensive video installation guides
- 18-month quality guarantee with lifetime technical assistance
- On-site engineer support available
All stainless steel (304, 316L), carbon steel Q235A, or contact part stainless steel configurations.
Yes, we offer comprehensive customization services for unique applications.
Standard delivery is approximately 7 working days. Final delivery schedule depends on order quantity and specifications.