NT-X all-ceramic turbine nano grinder

Advantages: Large separation gap, large material discharge, high grinding capacity, short grinding time, excellent grinding results, and stable operation.

Features: High grinding capacity, short grinding time, large separation gap, and large material discharge; hollow shaft design and centrally located discharge make it suitable for grinding high-viscosity materials. Operation, cleaning, and maintenance are simple and convenient.

Specifications: 3L/6L/12L/30L/50L

Introduction: The turbine grinder features two different grinding chambers within the same grinding drum. The front section utilizes a special grinding rotor to grind the material, while the rear section uses the centrifugal force generated by the turbine rotor to discharge the material from the large, isolated plate-type grinding chamber.

Product Details

This machine is sterile and free of metal contamination.

This turbine nano-grinder offers consistent grinding efficiency with the equipment itself, ensuring repeatable quality during batch production. It can use grinding media ≥0.3mm and is suitable for grinding materials ranging from 1μm to 50nm.

It boasts stable grinding performance and mature technology in applications such as paints and coatings, lithium batteries, ceramic powders, pharmaceuticals, pesticides, cosmetics, and food.

NT-X Series Overview/Technical Parameters

High-Efficiency Turbine Nano-Grinding Machine NT-X3-50L

NT-X Series Turbine Nano-Grinding Machine

The Source of the NT-X Series' Grinding Fineness and Effectiveness

The isolated plate grinding chamber ensures high flow rate while allowing the selection of grinding media ≥0.3mm.

All-ceramic or all-PU materials ensure zero contamination of the material.

The turbine structure provides powerful grinding, ensuring a narrow particle size distribution and consistent quality, significantly improving production efficiency.

The PLC automated control system allows mixers to be connected in series for cyclic grinding. Programmable control reduces labor costs.

Diagram showing the internal structure of the NT-X Series Turbine Nano-Grinding Machine

The barrel's internal components can be assembled entirely of ceramic or a combination of ceramic and polyurethane, depending on your needs. All non-metallic components are suitable for grinding materials requiring pure color without metal contamination.

Features of the NT-X Series Turbine Nanogrinder

Suitable for continuous nano-dispersion and grinding of materials with strict color requirements, such as white.

◆ All parts that come into contact with the material are made of pure oxide ceramic or polyurethane rubber, including:

◆ Ceramic barrel

◆ Ceramic front cover

◆ Ceramic large and small protective covers

◆ Ceramic separator

◆ Ceramic spacer

◆ Polyurethane turbine rotor

◆ Polyurethane gasket

◆ Suitable for ultra-fine nano-dispersion grinding of white and pure-colored materials

NT-X Series - Turbine Nano-Grinding Mill Features

The static multi-gap separation system features 10 discharge gaps, providing a large material flow area and high production capacity.

◆ The static separation method allows for adjustable gaps up to 0.05mm, allowing for the addition of grinding media up to 0.1mm to ensure optimal grinding performance.

◆ The cylindrical separator is located in the center of the barrel, enabling 360-degree discharge without blind spots.

◆ Precision gaskets are placed between the gaps, allowing for adjustment of gap size as needed.

◆ The separator can be cleaned by simply removing the front cover, making this operation easy for one person to perform.

◆ The dual-turbine rotor design eliminates blind spots, ensuring extensive contact between the rotor and the beads, effectively imparting kinetic energy to the beads.

NT-X Series - Turbine Nano-Grinding Machine Grinding Report Display

Scanning electron microscopy results of an energy material

Applications

◆ Nanoceramics

◆ Zirconia

◆ Lithium Batteries

◆ Silica Sand

◆ Printing Inkjet

◆ Alumina

◆ Food

◆ Varistors

◆ Camera Inks

◆ Barium Titanate

◆ Pharmaceuticals

◆ Catalysts

◆ Printing Inks

◆ Barium Carbonate

◆ Cosmetics

◆ PZT