NMM Bead Mill Machine Large Flow Screen Nano Bead Mill 90L
A high-flow sreen-based nano bead mill designed for processing high viscosity materials, offering high grinding efficiency and short processing time.
Product Display
Product Description
Designed for nano grinding and dispersion of high viscosity materials, this mill offers the flexibility to choose between turbo or rod pin grinding systems based on the characteristics of the customer's products. It provides high grinding efficiency and ensures a purer and finer quality.
Product Advantages
● Suitable for nano grinding and dispersion of high viscosity materials
● High flow rate and high efficiency grinding and dispersion
● Smooth material discharge without clogging the screen.
● Optional to Boyee TurboMax patented turbo and rod pin grinding systems
● Ceramic, polymer and alloy components are available
Product Parameters
| Model | Volume （L） | Power （KW） | Speed （r/min） | Mediadiameter （mm） | Weight （kg） | Size （mm） |
| NMM-3L | 3 | 7.5 | 0-1450 | ≥0.2 | 800 | 1400×1100×1680 |
| NMM-10L | 10 | 18.5 | 0-1460 | ≥0.2 | 1280 | 1800×1200×1550 |
| NMM-30L | 30 | 45 | 0-1000 | ≥0.2 | 1850 | 1800×1300×1800 |
| NMM-60L | 58 | 75 | 0-776 | ≥0.2 | 2480 | 3290×1478×1950 |
| NMM-90L | 98 | 75-90 | 0-776 | ≥0.2 | 3050 | 3290×1478×1950 |
| NMM-150L | 120-180 | 160 | 0-627 | ≥0.2 | 5280 | 4500×1700×2400 |
| NMM-400L | 400 | 280-315 | 0-460 | ≥0.2 | 8600 | 4600×1600×2400 |
Product Features
A high-flow sreen-based nano bead mill designed for processing high viscosity materials, offering high grinding efficiency and short processing time.
Product Application
Faqs
Choosing the right grinding medium (beads) for your bead mill is crucial to achieving the desired particle size and distribution. Here are some factors to consider when selecting the grinding medium:
Material type: The material being milled will influence the choice of grinding medium. For example, ceramic beads are often used for milling ceramics, while glass beads are suitable for milling softer materials.
Particle size: The size of the particles being milled will impact the size of the grinding medium that is required. Smaller grinding media can achieve finer particle sizes, but may also wear out more quickly.
Density: The density of the grinding medium can impact the milling efficiency and particle size. Higher density beads can help achieve smaller particle sizes, but may require more energy to mill the material.
Shape: The shape of the grinding medium can impact the milling efficiency and particle size. Spherical beads are often used for milling, but other shapes such as cylinders or satellites may be more appropriate for certain applications.
Chemical compatibility: The grinding medium should be chemically compatible with both the material being milled and the solvent or liquid used in the milling process.
Cost: The cost of the grinding medium should also be considered when selecting the appropriate beads for your bead mill.
It is important to consult with the manufacturer of your bead mill for recommendations on the appropriate grinding medium for your specific application. They can provide guidance on the best size, shape, and material type of beads to use for optimal performance.
Bead size distribution: The size distribution of the grinding medium can impact the milling efficiency and particle size distribution. A narrow bead size distribution can lead to more uniform milling, while a broad distribution can result in larger particle sizes.
Abrasion resistance: The grinding medium should be able to withstand the abrasion and wear that occurs during milling. Beads made from durable materials such as zirconium oxide or tungsten carbide may be more appropriate for applications that involve high-energy milling.
Quantity: The amount of grinding medium required will depend on the volume of the milling chamber and the desired milling intensity. A higher bead-to-material ratio can lead to more efficient milling, but may also result in increased wear on the equipment.
Surface quality: The surface quality of the grinding medium can impact the quality of the final product. Beads with a smooth surface can help minimize contamination and improve the milling efficiency.
Surface chemistry: The surface chemistry of the grinding medium can impact the interactions between the beads and the material being milled. Coating the beads with a functional group or modifying their surface chemistry can improve their ability to interact with the material being milled.
Reusability: Some grinding media can be reused for multiple milling cycles, while others may wear out quickly and require frequent replacement. Choosing a grinding medium with good durability and abrasion resistance can help reduce the frequency of bead replacement and lower operating costs.
It is important to consult with the manufacturer of your bead mill for recommendations on the appropriate grinding medium for your specific application. They can provide guidance on the best size, shape, and material type of beads to use for optimal performance.
Saturday: 9:00AM~4:00 PM
