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NT(N)X series concentration and classification cyclone

NT(N)X系列浓缩分级旋流器是一种高效、多功能的固液分离与颗粒分级设备,广泛应用于矿山、冶金、化工、环保等领域。其核心设计基于离心沉降原理,通过高速旋转产生的强离心力场,实现对悬浮液中不同密度或粒径颗粒的快速分离与浓缩,具有结构紧凑、处理量大、分级精度高、能耗低等特点。 核心技术特点1. 高效分级与浓缩 旋流器采用优化的锥角结构和进料设计,形成稳定的内旋流场,细颗粒随溢流排出,粗颗粒或高密度物料在离心力作用下沿壁面沉降,由底流口浓缩排出。分级粒径可调范围广(通常为5-300微米),适用于细颗粒物料的高精度分级。2. 模块化设计 系列产品覆盖多种规格(如NT10-NX500),可根据处理量(1-500m³/h)和工艺需求灵活选配。核心部件采用耐磨陶瓷或聚氨酯内衬,寿命长且耐腐蚀,适应高浓度、高硬度物料工况。3. 智能控制兼容性 支持压力、流量在线监测,可与自动化系统联动,实时调节进料压力(0.05-0.4MPa)以优化分离效率,降低人工干预需求。4. 节能环保 无动力部件设计,仅依靠流体动能驱动,能耗较传统离心设备降低30%以上;封闭式运行避免粉尘逸散,符合环保要求。 典型应用场景- 矿业领域:用于尾矿浓缩、磨矿回路分级或重选前的预富集。- 工业废水处理:高效分离悬浮固体,实现污泥减量化。- 化工生产:催化剂回收、结晶产品粒度控制等。 维护与适配性设备采用快拆式结构,便于清理堵塞;提供多种材质和口径选项,适配酸性、高温等特殊介质。用户需定期检查内衬磨损情况,并保持稳定的进料浓度(建议10-40%固含量)以确保性能。该系列旋流器通过流体动力学优化与材料创新,在提升分离效率的同时显著降低运营成本,是现代化工流程中不可或缺的关键装备。

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  • NT(N) XSeries Thickening-Classifying Cyclone Set

    NT(N) XSeries Thickening-Classifying Cyclone Set

    Category: Mainly recommended equipment
    Browse number: 103
    Number:
    Release time: 2025-08-25 11:49:16
    NT(N)X series concentration and classification cyclones (sets) are key equipment to achieve efficient concentration and fine classification of slurry in the fields of coal preparation, mineral processing and environmental protection. This equipment is based on the principle of centrifugal sedimentation. Through powerful cyclone action, it can complete two core processes at the same time: one is to accurately classify fine-grained materials and separate qualified products according to particle size; the other is to efficiently concentrate suspensions (such as coal slime water) to remove excess water and greatly increase the underflow concentration. Its core advantages lie in high classification efficiency, large concentration ratio, compact structure and stable operation. As the star product of the hydrocyclone group, it is especially suitable for large-scale coal preparation plants with high processing capacity requirements. It is an ideal choice for optimizing process flow, reducing the load of subsequent equipment, realizing closed-circuit circulation of washing water and efficient resource recovery.

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