Performance Features: Integrated Precision, Intelligence and Reliability
The Superfine series boasts six core performance strengths:
- Ultra-high grinding precision: The minimum discharge particle size can reach below 1μm subject to material properties, far exceeding conventional equipment.
- Dual-mode intelligent control: Freely switch between gap mode and pressure mode, with real-time display of set values and actual stress feedback.
- Diversified material compatibility: Rollers available in stainless steel, alumina, zirconia, silicon carbide and more to meet diverse chemical compatibility requirements.
- Easy cleaning and maintenance: Finely polished roller surface paired with reverse cleaning function greatly shortens material replacement and cleaning time.
- Formula-based operation: Preset and recall process parameters to improve test repeatability and production consistency.
- IoT intelligent upgrade: Supports remote monitoring, data acquisition and authority management. It can connect with online viscometers, particle size analyzers and other testing devices to build an intelligent grinding workstation.
Technical Upgrade: Evolution from Equipment to Professional Platform
Compared with traditional three-roll mills, the Superfine series achieves remarkable technological advancement:
- Intelligent control: Desktop equipment is equipped with electronic gap adjustment, formula storage and process recording functions previously only applied on large-scale production machines.
- Interactive operation: Graphical touch interface simplifies operation, enabling technicians to shift role from operators to process designers.
More than just grinding machinery, Superfine precision three-roll mill serves as an enabling platform for high-performance material R&D and manufacturing. Driven by continuous technological innovation, Changzhou Longxin Intelligence helps clients break process barriers in new nanomaterials, electronic slurries and functional coatings, realizing development from basic production to premium quality and precise controllability.