Targeting pain points in manufactured sand processing, fine material screening, powder separation and wet sticky material treatment, high frequency vibrating screen breaks through the performance limitations of ordinary screening machinery with a unique high-frequency vibration framework, acting as core high-efficiency screening gear for aggregate and solid waste recycling sectors.
Ninon high frequency vibrating screen is equipped with a high-frequency hydraulic vibration control system or multi-motor vibration control system; each high frequency vibrating screen transmits 2900 to 6000 RPM vibrations straight to its high frequency vibrating screen mesh. This structural layout completely resolves blockage issues on high frequency vibrating screen mesh triggered by damp sticky raw materials and maximizes processing throughput. Every high frequency vibrating screen outperforms old-style screening units, delivering higher production volume, superior screening efficiency and stronger compatibility with various raw materials.
High frequency screen operational trial run
Ninon high frequency screens run based on the core operating logic of small amplitude plus high vibration frequency. The tiny amplitude of high frequency screens lets tiny particles get close to the screening plane effortlessly, which drastically lifts fine particle separation performance. The fast vibration cycle of high frequency screens speeds up material layering and stops clogging on high frequency vibrating screen mesh at the source. Once auxiliary air flow is matched with high frequency screens, the minimum separating cut size hits 300 μm. Ninon high frequency screens are perfectly suited for finished aggregate below 2 mm, maintaining a steady hourly capacity of 10-50t to satisfy strict fine grading production demands.
Sand Samples after processed by high frequency screen
The construction layout of screening machines with high frequency drive balances practical usability and economic benefits. Screening machines with high frequency drive come with a standard mounting tilt angle of 38–43°, and users can install adjustable tail vibration motors on screening machines with high frequency drive to adjust the tilt down to 20–25°, cutting overall mounting height to adapt to diverse job site layouts. Every set of screening machines with high frequency drive is fitted with an external fast screen tension mechanism, enabling quick disassembly, fitting and tension calibration of high frequency vibrating screen mesh, lengthening continuous running periods and sharply lowering routine maintenance expenditure.
Distinct from outdated vibratory separation units, the frame of a vibrating screen stays stationary during full operation. This characteristic cuts infrastructure and installation capital spending significantly, and makes full sealing simple to realize for excellent dust containment and eco-friendly running states. Meanwhile, Ninon vibrating screen consumes less electricity and produces low noise under identical processing loads, greatly trimming daily operation expenditure. The vibrating screen integrates strong production capacity, energy efficiency, environmental protection and cheap maintenance. As a mature separation solution, Ninon vibrating screen is the top intelligent screening option for fine manufactured sand production, wet sticky material sorting and engineering solid waste resource reutilization.