Product details
High speed circulating rod type nano sand mill NTV series circulating sand mill nano sand mill
Suitable fineness: 2um-30nm
Grinding size: ≥ 0.05
This model is flexible to use, easy to clean, simple to maintain, has high sanding efficiency, large output, low energy consumption, and simple control.
Technical parameter
|
Model |
Experimental level |
Mass production grade |
|
NT-0.3L |
NT-0.6L |
NT-1L |
NT-V6 |
NT-V10 |
NT-V30 |
NT-V60 |
NT-V150 |
NT-V300 |
|
Magnification factor [l] |
- |
- |
0.08 |
0.2 |
0.5 |
2 |
4 |
8 |
|
|
Sand grinding chamber capacity [l] |
0.6 |
0.6 |
1 |
6 |
10 |
30 |
60 |
150 |
300 |
|
Good sanding batch [l] |
0.3-1 |
1-2 |
2-10 |
100-600 |
100-500 |
500-2000 |
>2000 |
>4000 |
>7000 |
|
Flow rate [kg/h] |
10-50 |
100-300 |
180-380 |
40-200 |
100-500 |
500-2500 |
1000-6000 |
2000-1500 |
5000-20000 |
|
Power [kw] |
0.75 |
2.2 |
3.7 |
15 |
22 |
45 |
75 |
160-200 |
315 |
Brown pigments (various oxides)
|
Before sanding
|
After sanding: the dispersion rate is only 0.6
|
Metal
Before sanding
 |
After sanding
 |
Design Philosophy - Six Skills to Benefit You
Specialty 1 can achieve high flow circulation sand grinding
The energy of sand grinding is concentrated, and all materials are ground in the sand grinding zone, resulting in a narrow particle size distribution of the obtained materials; The slurry in the mixing tank and disperser circulates at a large flow rate, so the slurry can circulate dozens of times in a short time and process materials in large quantities.
Particle size distribution |
Can be continuously sandblasted and dispersed |
Compared to traditional mills, it can achieve a concentrated particle size distribution even at the same average particle size.It can achieve automatic cyclic sanding.Setting the parameters for cyclic sanding can achieve automatic cyclic sanding without the need for manual intervention.
Over time, dispersion will enable your product to reach the target granularity. Low temperature sanding can be achieved. Shorten the retention time of the slurry in the grinding chamber and effectively suppress temperature rise. Low temperature sand grinding can be achieved through the cooling of circulating cooling water.
Simple configuration
The operation mode of traditional grinding machines
1. Difficult to control particle size and insufficient dispersion;
2. The particle size distribution is often wide;
3. Unable to control the temperature of the material;
4. During high flow and high-speed operation, the grinding medium is prone to accumulate on one side of the chamber and block the discharge port.
Special Feature 2: High Energy Sand Grinding
Uniform energy distribution
Special feature 3 supports tiny grinding beads
Use a dynamic separation screen to achieve stable separation of small grinding media and slurry.
Specialty 4: structurally similar
The structural principles of small and large machines are similar
Special Feature 5: Good Cooling Effect
There is a specially designed cooling structure inside the sanding chamber
Special feature 6: The liquid receiving part can be made of various materials
We can customize material solutions according to user requirements.
The discharge area is large, which is 2-4 times that of disc and turbine machines. The material has good passability and is not easy to block the machine. It has outstanding advantages in producing expandable materials. The cooling and heat exchange effect is good. The cooling area of the barrel, rotor, and discharge device is 1.3-1.5 times that of disc and turbine equipment, effectively controlling the temperature rise of materials.
Application area
NTV series high-efficiency rod type nano sand grinder - well produced and widely used
Applied to: water-soluble products, oil soluble products, pollution-free products, alcohol products, suitable for machinery and engineering in different industries and applications.
Provide equipment and engineering services for the following industries in the Sand Grinding and Dispersion Division
Lithium battery positive/negative/separator alumina
Ceramic ink, ceramic pigment, nano color paste
Calcium carbonate, zirconium silicate, zirconium oxide cosmetics
Printing Ink Inkjet Ink Thermal Transfer Inkjet
Aluminum hydroxide pesticide suspension agent aluminum silver paste
Polishing agent (CMP) liquid crystal display (LCD)
Electronic paste magnetic materials
Silicon dioxide graphene food additive
Aerospace nanomaterials, magnetic materials, conductive slurries
Biopharmaceutical cell lysis leather plastic materials
