NT-V rod type nano grinder

The NT-V rod-type nano-sand mill utilizes a cyclic or multi-step sanding process to increase production capacity and optimize product particle size distribution. Adding control features ensures product reproducibility and reduces costs. The large rotor and cylindrical slit separator allow this type of equipment to accommodate small beads of various materials. For materials requiring resistance to metal contamination, ceramic (silicon carbonitride, zirconium oxide) and polyurethane structural materials are available.

Product Details

High-Speed Circulating Rod Nano-Grinding Mill NTV Series Circulating Sand Mill Nano-Grinding Mill

Suitable fineness: 2μm-30nm

Grinding media size: ≥0.05mm

This machine is flexible to use, easy to clean, and simple to maintain, offering high grinding efficiency, high output, low energy consumption, and simple control.

Design Concept—Six Key Benefits

Feature 1: High-Flow Circulation Sand Grinding

Sand grinding energy is concentrated, allowing all materials to be ground within the sand grinding area, resulting in a narrow particle size distribution. High-flow slurry circulation within the mixing drum and disperser allows the slurry to be circulated dozens of times in a short period of time, enabling large-scale material processing.

Compared with traditional grinding machines, it can obtain a concentrated particle size distribution even with the same average particle size. It can realize automatic cycle sanding. Setting the cycle sanding parameters can realize automatic cycle sanding without manual intervention.

Over time, dispersion will allow your product to reach its target particle size. This allows for low-temperature sand grinding. This shortens the slurry's residence time in the grinding chamber, effectively suppressing temperature rise. Cooling with circulating cooling water allows for low-temperature sand grinding.

Simple configuration

Traditional mill operation:

1. Particle size control is difficult, resulting in inadequate dispersion;

2. Particle size distribution is often wide;

3. Material temperature cannot be controlled;

4. When operating at high flow rates and high speeds, grinding media tend to accumulate on one side of the mill, potentially clogging the discharge port.

Feature 2: High-energy sand milling

Uniform energy distribution

Feature 3: Supports tiny grinding beads

A dynamic separation screen ensures stable separation of small grinding media and slurry.

Feature 4: Similar structure

The structural principles of the small and large mills are similar.

Feature 5: Excellent cooling performance

A specially designed cooling structure within the sand mill chamber

Feature 6: A variety of materials are available for wetted parts.

Customized material solutions can be customized based on user requirements.

The large discharge area is 2-4 times that of disc and turbine machines, providing excellent material flow and preventing machine clogging, making it particularly advantageous when processing expansive materials. Excellent cooling and heat exchange are achieved. Three-stage cooling of the barrel, rotor, and discharger provides a cooling area 1.3-1.5 times that of disc and turbine machines, effectively controlling material temperature rise.

Applications

NTV Series High-Efficiency Rod-Type Nano-Grinding Mill - High-Quality Production, Wide Application

Applications: Water-soluble, oil-soluble, non-polluting, and alcohol-based products, suitable for machinery and engineering applications across various industries and applications.

The Sand Grinding and Dispersing Division provides equipment and engineering services for the following industries:

● Alumina for lithium battery positive/negative/diaphragms

● Ceramic inks, ceramic pigments, nano-colorants

● Calcium carbonate, zirconium silicate, zirconium oxide cosmetics

● Printing inks, inkjet inks, thermal transfer inkjet inks

● Aluminum hydroxide, pesticide suspensions, aluminum-silver pastes

● Polishing agents (CMP), liquid crystal displays (LCDs)

● Electronic pastes, magnetic materials

● Silica, graphene, food additives

● Aerospace nanomaterials, magnetic materials, conductive pastes

● Biopharmaceuticals, cell disruption, leather, plastics