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What are the characteristics of manual slag centrifugal separation filter machine

Source:www.tonglvda.com      Release date: 2026-01-21
       The manual slag centrifugal separation filter is a separation equipment that relies on centrifugal force to achieve solid-liquid separation and manual operation to complete slag cleaning. It has the characteristics of simple structure, flexible operation, and controllable cost, and is suitable for the separation needs of small and medium batch, low viscosity materials. The core features are as follows:
1. Compact structure, low operating threshold
       The whole machine is composed of a base, a drum, a filter screen, a driving device, and a manual unloading mechanism. It has no complex automation components, a small size, occupies less workshop space, and is easy to install and debug. The operation process is simple and does not require professional technicians. The drum is driven to rotate at high speed by starting the motor, and the solid particles in the material liquid are trapped in the filter screen by centrifugal force. The liquid is discharged through the filter screen, and after separation, the machine is stopped. The filter residue can be manually cleaned by opening the cover, scraping the residue, etc., which is suitable for small and medium-sized enterprises or laboratory small-scale production scenarios.
2. High separation efficiency and low moisture content in the filter cake
       The centrifugal force generated by the high-speed rotation of the drum is much greater than gravity, which can quickly settle and compact the solid particles in the feed liquid. Compared with atmospheric pressure filtration equipment, the separation speed is faster, and the formed filter cake structure is dense with lower moisture content, which can reduce the energy consumption of subsequent drying processes. The filter specifications can be flexibly changed according to the particle size of solid particles, which can meet the separation requirements of different accuracies. It is suitable for suspension treatment in chemical, food, pharmaceutical and other fields, such as traditional Chinese medicine extraction liquid filtration, juice clarification, coating solid-liquid separation, etc.
3. Controllable cost and convenient maintenance
        Compared to automatic slag discharge centrifuges, manual slag discharge models have lower manufacturing costs and lower procurement thresholds, making them suitable for production scenarios with limited budgets. The vulnerable parts of the equipment are only filters, seals, etc., which have strong universality and low procurement and replacement costs; Daily maintenance does not require complex tools, only regular cleaning of the filter screen, inspection of bearing lubrication and drum balance, reducing the manpower and capital investment in later operation and maintenance.
4. Flexible adaptation and strong adaptability to working conditions
        The drum speed can be adjusted according to the material characteristics to adapt to suspension separation with different viscosities and solid-liquid ratios; For materials with large fluctuations in solid content, the feeding speed and separation time can be manually controlled to ensure stable separation efficiency. At the same time, the equipment can achieve intermittent operation, and the single processing capacity can be flexibly adjusted, suitable for the production needs of multiple varieties and small batches, especially for experimental production or personalized material separation scenarios.
5. Clear limitations and restricted applicability scenarios
         Due to the manual slag discharge mode, the equipment cannot achieve continuous production. The intermittent process of separation slag discharge will reduce overall production efficiency and is not suitable for large-scale, high-yield industrial production lines. In addition, the labor intensity of manual slag discharge is relatively high, and there may be operational safety risks when dealing with toxic, corrosive, or high-temperature materials, requiring corresponding protective measures; When the drum rotates at high speed, there are certain requirements for the viscosity and particle size of the material, and the separation effect of high viscosity or ultrafine particle materials will be affected.