Our high frequency vibrating screen, also shortened to high frequency screen, is developed by our team with decades of practical experience in filtration sectors. It features low energy consumption and reliable high-frequency separarion performance. This machine handles powder, granular materials and viscous slurry for food, chemical, pharmaceutical, abrasive ceramic and metallurgical production. It achieves outstanding separating results for ceramic glaze raw materials.
Working Priniciple:
This machine oerates differently from conventional vibrating screens with its high-frequency vibration design. High-frequency vibration eliminates surface tension of mineral slurry without damaging material composition. Fine particles vibrate rapidly, speeding up the separation of high-density valuable minerals. More undersized particles come into cotact with mesh holes, creating optimal separation conditions. Fine particles and high-density substances flow through the screen mesh with slurry as undersize materials.
Key Features:
1. Compact and lightweight structure supports easy installation and movement; users can adjust the mounting height freely.
2. It maintains high screening accuracy and efficiency, compatible with all powder, granular and viscous liquid raw materials.
3. Its vibration frequency hits 3000 cycles per minute, delivering remarkable separation performance for fine-grained and high-viscosity materials.
4. Custom screen frame design enables fast and simple mesh installation.
5. All structural parts are made of stainless steel except vibration motors for a sleek, clean appearance.
Inquiry Section:
If you face low separation efficiency when processing fine powder, ceramic glaze or thick slurry, our low-energy high frequency vibrating screen can greatly improce your production output. We provide targeted solutions bases on your material traits and production capacity demands. Contact us now for professional technical support and a no-obligation quotation.
Email: tujingli@gzvibratingscreen.com丨Tel: +86 13403738206
