Rotary vibrating screens are a common and versatile screening tool capable of precisely sieving particles, powders, and liquid materials down to 500 mesh (25 micrometres). Let's delve into its structural principles to gain a comprehensive understanding of this powerful apparatus!
Key Components:
Dust Cover and Inlet: Positioned at the top, the dust cover serves to prevent dust, also functioning as the material inlet.
Screen Frame, Mesh, Rack, Collar, and Outlet: Central components form the core of the screening process, working together to ensure precise separation.
Vibration Motor, Transmission Body, Upper and Lower Hammers: Critical elements that drive the screening motion, achieving material separation through vibration.
Isolation Springs and Spring Pads: Essential for shock absorption and supporting vibrating components, ensuring stable operation.
Base: The foundational support of the equipment, ensuring overall structural stability.
By systematically exploring each of these components, we can gain a deeper insight into the design and functionality of rotary vibrating screens. Let's unravel the mysteries of the rotary vibrating screen together!
Operating Principle:
The three-dimensional rotary vibrating screen harnesses the power of a vertical motor as its excitation source. Equipped with eccentric hammers at both ends, this design transforms the motor's rotary motion into a three-dimensional movement—horizontal, vertical, and inclined. This dynamic motion is then transmitted to the screen surface, causing materials to undergo an outwardly expanding involute motion. This distinctive movement earns the series its name, Rotary Vibrating Screen. The elongated trajectory of material motion and high screen surface utilization make it ideal for precision screening by adjusting the phase angles of the eccentric hammers.
Product Features:
Compact Design and Portability: Compact size, lightweight, and easy mobility for versatile applications. Adjustable discharge outlet direction enables automated and convenient operations.
High Screening Precision and Efficiency: Suitable for powders, granules, and viscous materials, offering high precision and efficiency in screening.
Non-Clogging Screen Mesh: Innovative grid design ensures prolonged screen usage, easy mesh replacement (within 3-5 minutes), simple operation, and convenient cleaning. The screen can achieve the finest screening down to 500 mesh (25 micrometres).
Material Versatility: Suitable for single or multiple layers, and available in carbon steel or stainless steel.
Applications Across Industries:
Industrial Sector: Resin powder, pigments, laundry detergent, micro-powders, paint, caustic soda, lemon powder, rubber, plastics, and more.
Abrasive and Ceramic Industry: Aluminum oxide, quartz sand, mud, spray soil particles.
Food Industry: Sugar, salt, alkali, monosodium glutamate, milk powder, soy milk, yeast, fruit juice, soy sauce, vinegar, and more.
Paper Industry: Coating coatings, kaolin slurries, black and white liquids, waste liquids, papermaking liquids, wastewater recycling.
Metallurgical Industry: Titanium oxide, zinc oxide, electromagnetic materials, metal powders, welding rod powders, and more.
Pharmaceutical Industry: Chinese medicine powder, traditional Chinese medicine liquids, Western medicine powders, liquid pharmaceuticals, and granules.
Environmental Protection: Garbage, soldier fly larvae, waste oil, food wastewater, wastewater treatment, and more.
KARP Machinery's Rotary Vibrating Screens redefine material screening, providing a versatile and efficient solution for diverse industries. Stay tuned for more innovations as we continue to lead in technological advancements.
