Nano-Dispersion Bead Mill Neo-Alpha Mill NAM Series
Neo Alpha Mill NAM Type
Goodbye, coarse particles. Two processing zones dramatically reduce coarse particles. Available from the benchtop S-NAM to the production NAM-20.
The Neo-Alpha Mill (NAM series) is a production bead mill dedicated to nano-dispersion. [Do any of these sound familiar?] - Coarse particles that particle size analyzers can't detect remain in the product - Short-pass causes uneven processing - Lab results can't be reproduced on production machines [Why customers choose the NAM series] ■ No.1 Dramatically fewer coarse particles The high-density bead zone reliably acts on coarse particles while preventing over-dispersion. The high-efficiency dispersion zone circulates beads at high speed to increase the strength and frequency of impacts. ■ No.2 Uniform slurry A long grinding chamber and the high-density bead zone prevent short-pass. ■ No.3 Lineup from benchtop to production models Results from small machines are easy to reproduce on larger ones, making scale-up simple. ■ Patented Delta-V disc Its protrusion-free shape changes little with wear, and it agitates beads efficiently. We also welcome inquiries about trial testing and equipment rental.
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basic information
[Common Specifications] - Wetted parts: Ceramics, resin - Bead separation: Centrifugal - Operation modes: Circulation and single-pass - Viscosity range: Low to medium [Scale-up Example (Calcium Carbonate 20%)] NAM-1: 1.6 kg/h / NAM-3: 8 kg/h / NAM-10: 18 kg/h / NAM-20: 41 kg/h Production increases in proportion to mill volume while maintaining processing performance. * Throughput varies depending on the material and processing conditions. * An explosion-proof model is required in hazardous locations or when using organic solvents. * Specifications are subject to change without notice for improvement. * Please contact us for details.
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Applications/Examples of results
Processing track record: Ink pigments and dyes, multilayer capacitor materials, fine ceramics, photocatalysts, magnetic recording materials, conductive materials, cosmetics, battery materials [Case Studies] ■ Coarse particles reduced to 1/20 (calcium carbonate, aqueous, 20%) Compared with a conventional bead mill, the number of coarse particles undetectable by particle size analyzers was reduced to 1/20. (NAM-1, ZrO2 beads φ0.1 mm, flow rate 0.8 L/min, peripheral speed 8.5 m/s) ■ 30% higher processing efficiency (titanium oxide 10 wt%, primary particle size 15 nm) The particle size distribution became sharper, and processing efficiency improved by 30%. (ZrO2 beads φ0.03 mm, flow rate 0.4 L/min, peripheral speed 10 m/s) [Also recommended for] - Reducing even the coarse particles that particle size analyzers can't detect - Producing nano-slurries with a sharp particle size distribution - Mass production using fine beads (from φ0.03 mm) - Scaling up lab conditions to production machines * Suitability depends on material properties and processing conditions. Please feel free to contact us to discuss your application.
Detailed information
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The high-density filling area of beads reliably captures and acts on coarse particles.
Line up（5）
| Model number | overview |
|---|---|
| S-NAM | 0.16L |
| NAM-1 | 0.81L |
| NAM-3 | 3.1L |
| NAM-10 | 9.5L |
| NAM-20 | 18.5L |
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Company information
1. Established in 1950, we have a proven track record of supplying numerous machines. 2. We have two main pillars: the chemical machinery business and the plastic business. 3. We are a research and development-oriented company with a strong spirit of challenge, continuously innovating together with our customers. We take joy and a sense of accomplishment in listening to our customers' needs and overcoming challenges together.
