Application Areas: Micron precision screening and grading of ultra-fine powders (25–45 μm). Widely used in metal powders, chemicals, food, and new material industries. Suitable for tungsten, nickel, cobalt, powder coatings, silicon carbide, malt, coffee, anode materials, etc. Features ultrasonic deblinding, high-efficiency fine separation, FDA/GMP compliance, and optional 316L stainless steel construction with IP66/ATEX protection.
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Micron precision screening suitable for ultra-fine dry and wet powders, particle size range down to 25–45 μm. Widely used in high-value materials such as tungsten, nickel, cobalt, silicon carbide, and food-grade powders. Applicable materials include: metal powders, powder coatings, resins, malt, coffee, anode materials, carbon black, etc.
Mainly applied in industries requiring fine separation: chemicals, food, ceramics, pharmaceuticals, metallurgy, and new materials. Especially suitable for precision classification of difficult powders with ultrasonic deblinding technology. Widely used in: metal powders, powder coatings, silicon carbide, nutraceuticals, cosmetic powders, and specialty ceramics.
The Ultrasonic Vibrating Screen is a precision screening machine that integrates rotary vibration with 38kHz ultrasonic technology. It is capable of processing ultra-fine materials with particle sizes from 25μm to 45μm, ensuring high-accuracy separation. By combining ultrasonic deblinding with rotary stratification, it effectively prevents mesh clogging and improves throughput. Key features include FDA/GMP compliance, 316L stainless steel option, energy-saving operation, and IP66/ATEX protection. It is widely applied in industries such as chemicals, food, pharmaceuticals, ceramics, metallurgy, and new materials, making it ideal for screening metal powders, powder coatings, silicon carbide, malt, coffee, and other fine powders.
The ultrasonic vibrating screen is an advanced screening device that combines rotary vibration with 38kHz ultrasonic technology, ensuring ultra-fine precision down to 25 μm. It effectively prevents mesh clogging through ultrasonic deblinding, providing stable and continuous operation for difficult powders. Compared with traditional sieves, it offers up to 50% energy savings, higher accuracy, and improved throughput. Its sealed design with IP66/ATEX options enhances safety in explosive dust environments, while the optional 316L stainless steel construction meets FDA/GMP standards for food and pharmaceutical applications. The device supports both wet and dry material screening, making it suitable for chemicals, metal powders, ceramics, food, and new materials industries.