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AYGO High Capacity Metal Powder Powerful Vibrating Screen

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AAREAL AYGO High Capacity Powerful Rotary Vibrating Screen for Metal Powder Screening

Introduction to Modern Screening Challenges in Metal Powder Industry

The global metal powder market, valued at $12.3B in 2025, demands advanced screening solutions to meet stringent quality requirements in additive manufacturing, aerospace components, and powder metallurgy. Traditional three-dimensional vibrating screens often struggle with:

Low throughput (typically <3t/h for -325 mesh powders) 

Oxygen contamination risks during manual feeding 

Particle agglomeration in fine powders (<45μm) 

Enter AAREAL’s AYGO Series High-Capacity Screen – a game-changer combining KOWA’s KG-Series vibration mechanics with China’s manufacturing excellence, delivering 2-3X higher throughput than conventional vibrating sieve models.

Working Principle of AAREAL AYGO Powerful Vibrating Sieve:

https://www.urmachinery.com/wp-content/uploads/2025/03/powerful-vibrating-sieve.jpg

The upper unbalanced weight is an important component for generating horizontal movement, and the lower unbalanced weight is an important component for generating vertical movement. It is the key to the three-dimensional movement of the vibrating screen and is also an important point in determining the screening efficiency.

The metal powder vibrating screen basically vibrates around the screen surface, and the vibration is generated by weights attached to both ends of the vibrating body shaft. The rotation of the upper unbalanced weight causes the screen surface to vibrate horizontally, which has the effect of moving the material fed to the center of the screen surface in the direction of rotation. The rotation of the lower unbalanced weight causes the screen surface to vibrate vertically and move toward the periphery. In other words, these vibrations combine to cause the screen surface to produce a three-dimensional movement. By changing the phase of the upper unbalanced weight relative to the lower unbalanced weight, the nature of the vibration can be changed, so that a movement suitable for the characteristics of the material being processed can be obtained.

Technical Parameters of AYGO High Capacity Metal Powder Vibrating Sieve:Diameter (mm)500800100012001500Motor (KW)0.751.52.23.73.7Vibration Number1800 (V.P.M)1500 (V.P.M)1200 (V.P.M)MaterialPart contact powder: SUS304 Others: hot dip galvanizing on SS400

Application of High Speed Vibrating Sieve:

Handling Capability Reference:NameSpecific GravityParticle Size (mesh)Powerful TypeOrdinary TypeCapability Ratio1Chemicals0.5400# 500#AYGO-600-2S36Kg/hAY-600-2S10Kg/h3.352Resin0.980#AYGO-1000-1S660Kg/hAY-1000-1S283Kg/h2.333Silicide Alkali1.360#AYGO-1000-1S970Kg/hAY-1000-1S800Kg/h1.214 Silica0.9100#AYGO-1000-1S500Kg/hAY-1000-1S280Kg/h1.795Processed Silica0.5100#AYGO-1000-1S32Kg/hAY-1000-1S28Kg/h2.746Silica Sand1.535#AYGO-1000-1S2000Kg/hAY-1000-1S1000Kg/h2.007Pharmaceuticals0.614# 50#AYGO-600-2S38Kg/hAY-600-2S12Kg/h3.358Abrasive Material2.532#AYGO-800-1S3700Kg/hAY-800-1S560Kg/h6.60

Contact: Ms. Magie WhatsApp/WeChat: 0086-15637361027 E-mail: magiecn@gmail.com sale@aarealmachine.com

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AAREAL AYGO High Capacity Powerful Rotary Vibrating Screen for Metal Powder Screening. WhatsApp: 0086-15637361027

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Turbo Screen Air Classifier: Precision in Graphite Powder Processing

IntroductionIn the rapidly evolving field of advanced material processing, the demand for high-precision, high-capacity equipment for micron-level powder classification has never been greater. Graphite powder, particularly in applications requiring spherical particles at 325 mesh, 400 mesh, and 500 mesh sizes, presents unique challenges in terms of uniformity, purity, and efficiency. Addressing…

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Revolutionizing Micron-Level Graphite Powder Classification: The Turbo Screen Air Classifier

Introduction In the rapidly evolving field of advanced material processing, the demand for high-precision, high-capacity equipment for micron-level powder classification has never been greater. Graphite powder, particularly in applications requiring spherical particles at 325 mesh, 400 mesh, and 500 mesh sizes, presents unique challenges in terms of uniformity, purity, and efficiency. Addressing these challenges, our company has introduced the Turbo Screen Air Classifier, a cutting-edge solution that combines the best of American and Japanese technologies to deliver unparalleled performance at a competitive price.

This blog delves into the technical advancements, operational principles, and practical applications of the Turbo Screen Air Classifier, highlighting its superiority in handling micron-level graphite powder. By integrating the advanced technologies of the Sweco Turbo-Screen Air Classifier (USA) and the Toyo Hitec Hi-BOLTER Blow-through Type High-Performance Sieving Machine (Japan), our equipment offers a cost-effective, high-performance alternative to traditional sieving solutions.

1. The Need for Precision in Micron-Level Graphite Powder Classification Graphite powder is a critical material in industries such as lithium-ion batteries, lubricants, and thermal management systems. The performance of these applications heavily depends on the particle size distribution (PSD) of the graphite powder. For instance, in lithium-ion batteries, the uniformity of graphite particles directly impacts the efficiency and lifespan of the battery.

Traditional sieving methods often fall short in achieving the required precision, especially for particles in the 325 mesh to 500 mesh range. These methods are plagued by issues such as low throughput, particle agglomeration, and inconsistent classification. The Turbo Screen Air Classifier addresses these challenges by leveraging advanced air classification and sieving technologies.

2. The Turbo Screen Air Classifier: A Fusion of American and Japanese Innovations The Turbo Screen Air Classifier is the result of a strategic integration of two world-class technologies:

Sweco Turbo-Screen Air Classifier (USA): Known for its high-capacity air classification and precise particle separation, this technology ensures efficient handling of fine powders.

Toyo Hitec Hi-BOLTER Blow-through Type High-Performance Sieving Machine (Japan): Renowned for its high-speed, high-precision sieving capabilities, this technology minimizes particle agglomeration and maximizes throughput.

By combining these technologies, the Turbo Screen Air Classifier achieves a perfect balance of capacity, precision, and cost-effectiveness.

3. Key Features and Advantages of the Turbo Screen Air Classifier The Turbo Screen Air Classifier stands out for its:

High Capacity: Capable of processing large volumes of graphite powder without compromising on precision.

Exceptional Precision: Ensures accurate classification of particles at 325 mesh, 400 mesh, and 500 mesh sizes.

Advanced Air Classification Technology: Minimizes particle agglomeration and ensures uniform particle distribution.

Blow-through Sieving Mechanism: Enhances throughput and reduces processing time.

Cost-Effectiveness: Offers the same performance as Sweco and Toyo Hitec machines at a lower price point.

4. Operational Principles of the Turbo Screen Air Classifier The Turbo Screen Air Classifier operates on the principles of air classification and blow-through sieving. Here’s how it works:

Feed Introduction: Graphite powder is introduced into the classifier through a controlled feed system.

Air Classification: A high-velocity air stream separates particles based on size and density.

Blow-through Sieving: The classified particles are then passed through a high-performance sieving screen, ensuring precise separation.

Collection: The classified particles are collected in separate chambers based on their size.

This dual-stage process ensures both high throughput and exceptional precision, making the Turbo Screen Air Classifier ideal for micron-level graphite powder classification.

5. Applications of the Turbo Screen Air Classifier The Turbo Screen Air Classifier is versatile and finds applications in various industries, including:

Lithium-Ion Batteries: Ensuring uniform graphite particle size for enhanced battery performance.

Lubricants: Producing fine graphite powder for high-performance lubricants.

Thermal Management: Classifying graphite powder for use in heat sinks and thermal interface materials.

Additive Manufacturing: Providing precise graphite powder for 3D printing applications.

6. Case Study: Turbo Screen Air Classifier in Action A leading manufacturer of lithium-ion batteries recently adopted the Turbo Screen Air Classifier for their graphite powder processing. The results were remarkable:

Throughput: Increased by 30% compared to traditional sieving methods.

Precision: Achieved 99.5% accuracy in particle size classification.

Cost Savings: Reduced operational costs by 20% due to the equipment’s efficiency and lower maintenance requirements.

This case study underscores the Turbo Screen Air Classifier’s ability to deliver tangible benefits in real-world applications.

7. The Future of Micron-Level Powder Classification As industries continue to demand higher precision and efficiency, the Turbo Screen Air Classifier is poised to play a pivotal role in the future of micron-level powder classification. Its advanced technology, combined with its cost-effectiveness, makes it an ideal solution for a wide range of applications.

Conclusion The Turbo Screen Air Classifier represents a significant leap forward in the field of micron-level powder classification. By integrating the best of American and Japanese technologies, it offers a high-capacity, high-precision solution at a competitive price. Whether you’re in the lithium-ion battery industry, lubricants, or thermal management, the Turbo Screen Air Classifier is the ultimate tool for achieving superior results.

As we continue to innovate and refine our technologies, we remain committed to providing our customers with the best solutions for their material processing needs. The Turbo Screen Air Classifier is not just a piece of equipment—it’s a game-changer.

Contact: Ms. Magie WhatsApp/WeChat: 0086-15637361027 E-mail: magiecn@gmail.com sale@aarealmachine.com

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Revolutionizing Micron-Level Graphite Powder Classification: The Turbo Screen Air Classifier. WhatsApp: 0086-15637361027

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AAREAL Tap Test Sieve Shaker: Revolutionizing Particle Size Analysis with Rotap Technology. WhatsApp: 0086-15637361027

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The Ultimate Guide to Using Linear Vibrating Sieves for Efficient Graphite Particle Screening

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Unveiling the Wonders of Linear Vibrating Screens in Graphite Granule Screening. WhatsApp: 0086-15637361027

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Stainless Steel 1~2 Decks Tumbler Screening Machine for Aluminium Oxide Powder. WhatsApp: 0086-15637361027

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The Application and Industry Prospects of Gyratory Sifters in Ground Calcium Carbonate (GCC) Processing. E-mail: sale@aarealmachine.com WhatsApp: 0086-15637361027

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Gyratory Screen in Salt Screening: Applications and Advantages in the Salt Industry. WhatsApp: 0086-15637361027

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High-Efficiency 1000*3000mm 3-Deck Stainless Steel Rectangular Gyratory Screen Separator for Food Application Suspension Installation. WhatsApp: 0086-15637361027

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1500X5000mm Side Door Gyratory Screen for Silica Sand. WhatsApp: 0086-15637361027

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The gyratory sifter for silica sand we make have a good power, and the V-belt replacement is very easy. You may prefer big companies, but we are also very strong in technology. Many of our technologies can not be learned by other suppliers, including big companies

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Stainless Steel 400mm~2100mm 1~2 Decks Low Profile Flow Thru Inline Vibrating Control Sieve Vibro Sieve For Chocolate Powder With Double Motors. WhatsApp: 0086-15637361027 E-mail: sale@aarealmachine.com

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Rubber Corrugated Sidewall Cleated Belt Conveyor. Contact: Ms. Magie, WhatsApp: 0086-15637361027, E-mail: sale@aarealmachine.com