Centrifugal Siever
High-speed sieve that separates and classifies powders and granules with precision and efficiency.
Description
The Centrifugal Siever, also known as a Turbo Sifter, is designed for efficient screening and separation of powders to remove oversize particles and impurities. Using a high-speed rotating paddle, material is continuously sieved through a fine mesh, ensuring uniform particle size and improved product quality.
Its compact, enclosed design ensures dust-free operation and high throughput with minimal product loss. Easy screen replacement, low noise operation, and hygienic construction make the Centrifugal Siever ideal for food, pharmaceutical, chemical, and powder processing industries.
Our Solutions & Benefits
- Efficient screening and separation of powders
- Consistent and uniform particle size
- High-capacity output with continuous operation
- Dust-free and enclosed design
- Quick screen change for easy size control
- Low noise and vibration-free operation
- Minimal product loss and wastage
- Energy-efficient performance
- Hygienic and easy-to-clean construction
- Suitable for food, pharmaceutical, and chemical industries
Media Gallery
Get a Quote
Connect with our team for expert guidance.
Need more help?
Our team is ready to assist you with any questions or guidance on machinery solutions.
+91 9712141365
+91 9925035746
info@ultrafebtech.com
Application Excellence
Where the Centrifugal Siever Ensures Accurate & Efficient Screening
The Centrifugal Siever is designed for high-capacity screening and grading of powders and granules. Using centrifugal force, it ensures efficient separation of oversize particles and consistent product quality. Ideal for fine and bulk materials, it delivers reliable performance with smooth operation and minimal maintenance.
Ensures precise screening of guar gum powders for uniform particle size distribution.
Provides effective separation of tamarind kernel powder and its derivatives.
Supports accurate grading of psyllium husk and fine powder materials.
Enables consistent screening of starch-based powders for quality control.
Ensures hygienic and accurate particle separation for pharmaceutical powders.
Supports efficient classification and screening of finely ground mineral materials.
Provides reliable separation and grading of grain-based powder products.
How it works
Efficient and Uniform Screening Process
The Centrifugal Siever operates using centrifugal force to screen powders efficiently while maintaining continuous and dust-free operation.
Material Feeding
Powder material is fed continuously into the sifting chamber through a controlled inlet, ensuring smooth flow and stable operation without overloading.
Centrifugal Screening
High-speed rotating paddles throw material evenly against the screen, allowing fine particles to pass through while maintaining efficient separation.
Oversize Separation
Oversized particles are separated effectively and discharged through a dedicated outlet to ensure uniform particle size and consistent quality.
Collection & Support
Fine material is collected cleanly for further processing, with complete installation guidance and technical support provided.
Common Questions
Most Popular Questions.
Find quick answers to the most common questions about our Centrifugal Siever. If you need more details, our team is always ready to help.
The Centrifugal Siever is designed with a user-friendly structure that allows quick dismantling and easy access to internal parts, ensuring fast cleaning and minimal downtime.
Yes, the machine is equipped with a sealed housing system that ensures dust-free operation, maintaining a clean and safe working environment.
Absolutely. It is built for continuous and heavy-duty industrial applications, providing consistent performance over long operating hours.
It is suitable for processing powders, granules, flour, chemicals, spices, food products, minerals, and other fine materials across various industries.
Yes, the Centrifugal Siever is designed for high throughput, making it ideal for large-scale industrial processing.