The Boyee NMM high-flow screen nano bead mill: Enhancing production capacity with efficient grinding capabilities.

The Boyee high-flow screen nano bead mill is a state-of-the-art equipment designed for nano grinding and dispersion. It possesses remarkable features such as high efficiency, low energy consumption, and exceptional material processing capabilities. With the flexibility to select various grinding systems and materials, this machine offers unparalleled advantages.

In this article, we will explore the advantages of this equipment and its diverse applications in different fields.

1. Advantages of large flow screen bead mill

1, Nano grinding and dispersion for high viscosity materials: This equipment is specifically designed to handle high viscosity materials with exceptional efficiency, thereby enhancing grinding efficiency and product quality.

2, High-flow and high-efficiency grinding and dispersion: With its large processing capacity and efficient grinding performance, the machine can complete a large volume of grinding work in a short amount of time, resulting in a 30% increase in production efficiency.

3, Smooth material discharge without clogging the screen: The unique design principle of Boyee ensures smooth material discharge, preventing the issue of clogging in the filter screen and improving operational efficiency.

4, Optional turbine-style and rod-style grinding systems: Depending on the specific characteristics of the product, the Boyee NMM machine offers the choice between the patented TurboMax turbine-style or rod-style grinding systems, enabling superior grinding results.

5, Optional ceramic, polymer, and alloy components: To meet the requirements of different materials, the machine allows for the selection of appropriate component materials, ensuring excellent wear resistance and extended lifespan of the equipment.

2. Workflow:

Parameter Adjustment and Monitoring: The equipment is equipped with a PLC control panel that allows for the adjustment and monitoring of various parameters, such as grinding time, grinding speed, and gas pressure, to meet the requirements of different products.

Material Input: The high viscosity material is smoothly fed into the grinding chamber through the inlet. The design of the inlet ensures a steady material intake, avoiding any clogging issues.

Grinding and Dispersion: The main motor and drive motor provide power to drive the grinding chamber to rotate at high speed. The turbine or rod-style structure grinds and disperses the particles, refining the particle size of the material and enhancing the grinding efficiency and product quality.

Pressure Regulation: A pressure sensor monitors the pressure within the grinding chamber and regulates it through an air source processor. This ensures a stable pressure during the grinding process, enhancing grinding efficiency and consistency.

Material Output: The material, after undergoing grinding and dispersion, smoothly exits through the outlet. The equipment's design ensures smooth material discharge, preventing clogging in the screen and improving operational efficiency.

3. Advantages in different application areas

In the field of new energy battery electrode materials, the Boyee high-flow screen nano bead mill is capable of achieving nano-level grinding and dispersion of battery electrode materials.

Its high flow rate and efficient grinding capabilities allow for particle refinement at the nanoscale, increasing the material's specific surface area and electrochemical activity. This, in turn, enhances the energy density and cycle life of the battery.

In the ink and coating industry, the high-flow screen nano bead mill can be applied to the nano grinding and dispersion of pigments and coating materials.

For pigment grinding, it can enhance the color saturation, transparency, and dispersibility of the pigments, resulting in more vibrant and full colors in inks and coatings, and a more uniform and smooth coating. For coating materials, it can improve adhesion, durability, scratch resistance, and chemical resistance.

In the chemical industry, the high-flow screen nano bead mill can be used for nano grinding and dispersion of particle materials such as powders and ceramic materials.

Through grinding and dispersion, it significantly improves the uniformity, fineness, and processability of materials, meeting the requirements of various chemical applications.

In the food industry, the high-flow filter screen nano bead mill can be used for grinding and dispersion of powdered seasonings, plant extracts, grains, food colorings, tea beverage additives, and other products.

Its efficient grinding capability allows for particle refinement to the nanoscale, resulting in a more uniform and delicate product, thereby improving its quality and texture. Additionally, the equipment's filter screen design prevents any residue from affecting the product, ensuring its purity.

In the pharmaceutical industry, the high-flow screen nano bead mill can be applied to areas such as drug particle refinement, pharmaceuticals, and emulsification of formulations.

Through nano grinding and dispersion, it can effectively enhance the solubility and stability of drugs, thereby improving their efficacy and reducing the dosage. Additionally, the equipment allows for particle size control of pharmaceuticals to meet different administration routes and requirements.

In the cosmetics industry, the high-flow screen nano bead mill can be used for the grinding and dispersion of cosmetics, skincare products, sunscreens, and more. By grinding the particles to the nanoscale level, it can enhance the product's texture, achieve better color dispersion, and improve the overall performance of the cosmetic product.

It can enhance the texture finesse and product stability of cosmetics, making them easier to apply, absorb, and maintain long-lasting effects. Additionally, the equipment can achieve uniform dispersion of pigments and powders, ensuring consistency and stability in the colors of cosmetics.

The Boyee high-flow screen nano bead mill offers numerous advantages in various industries such as new energy battery electrode materials, ink and coating, chemical, food, pharmaceuticals, and cosmetics.

Its efficient nano grinding and dispersion capabilities can improve material performance, uniformity, and stability, meeting the requirements of different application fields.

By utilizing this equipment, high-quality product preparation can be achieved, thereby enhancing the technological advancements and product competitiveness in relevant industries.

The LMM Ultrafine centrifugal nanomandrite mill is an advanced grinding equipment specifically designed for hyperfine grinding and dispersion processes with low viscosity.

It uses an innovative centrifugal discharge system, which allows centrifugal separation and material grinding to operate independently, improving the stability and uniformity of discharge.

This unit is equipped with a dual power system to ensure independent operation of material grinding and separation, avoid material clogging problems, improve production efficiency and product quality.

It has excellent cooling performance, which can effectively reduce equipment losses and provide finer grinding and dispersion results.

LMM ultrafine centrifugal nanomandry mill is suitable for low viscosity products, the minimum grinding medium can reach 0.05mm, to meet the needs of ultrafine particles at the nano level grinding.

It can choose two grinding systems, turbine type and rod pin type, according to different needs to provide personalized customization.

In addition, the equipment has a variety of material options, you can choose the right material according to the characteristics of different materials, to meet the user's individual needs, the following is the introduction of some parts of the LMM ultrafine centrifugal nanomanding mill.

The feed port is the entrance of the material input in the sanding mill. The customer can feed the material to be ground into the sander through the feed port for subsequent grinding and dispersion.

The main motor is the power source of the nano bead mill, driving the nano bead mill to rotate, so as to achieve the grinding and dispersion of the material. The main motor is precisely regulated and controlled to provide stable speed and power output.

Pressure sensors are used to monitor pressure changes during the grinding process of the nano bead mill. It can monitor the grinding state of the material in real time and feed back to the control system to ensure that the equipment can work stably within the normal operating range.

Through the pressure sensor, customers can timely understand the changes in the grinding process, so that the grinding parameters can be adjusted to achieve a finer grinding effect.

The PLC control panel realizes the automatic control and adjustment of the equipment. Through the control panel, customers can set and adjust various parameters of the nano bead mill, such as speed, temperature, pressure, etc.

In this way, customers can flexibly control and adjust the operating state of the equipment according to the specific material characteristics and grinding needs to achieve the best grinding results.

The air source processor is used to handle the air supply required by the nano bead mill. It can purify and filter the air source and regulate the pressure to ensure that the air quality is good when the equipment is running, so as to ensure the stability and reliability of the grinding process.

The seal circulating pump is used to achieve the cooling cycle of the seal. During the operation of the nano bead mill, lubrication and cooling of the machine seal are very important to extend the service life of the machine seal and ensure the normal operation of the equipment.

Through the sealing circulating pump, the customer can circulate the coolant into the sealing to achieve the cooling of the sealing, avoid the sealing failure caused by overheating, and improve the stability and reliability of the equipment.

The machine seal cooling tank is a cooling device used to protect the machine seal. In the operation process of the nano bead mill, due to grinding friction and mechanical movement and other factors, the machine seal is easy to be heated up, resulting in damage.

Through the machine seal cooling tank, customers can circulate the coolant to the machine seal, reduce the working temperature of the machine seal, and protect the safety and durability of the machine seal.

The temperature sensor is used to monitor the operating temperature of the nano bead mill. Through real-time monitoring and measurement of temperature changes, customers can grasp the operating status of the equipment, reasonable control of the temperature, to ensure that the equipment operates within the safe operating temperature range, to prevent excessive temperature on the equipment and materials have adverse effects.

The electric ball valve is used to control the feeding and discharging process. Customers can realize the flow control of materials through the electric ball valve, and adjust the working state and discharge speed of the grinder to meet the needs of different material grinding processes.

The bead filter is used to filter the zirconium pellets in the discharge. During the grinding process, some zirconium balls may be mixed into the discharge, and through the filter bead, customers can effectively filter and separate the zirconium ball particles in the discharge, ensuring the purity and quality of the product.

Through the combination and coordination of the above parts, the LMM ultra-fine centrifugal nanomanding mill can provide stable operation during the material grinding process, and the grinding parameters can be flexibly controlled and adjusted to achieve finer grinding and dispersion effects.

The function and working principle of each part cooperate with each other, so that customers can obtain better operating experience and effect in the material grinding process, so as to improve product quality and production efficiency.LMM ultra-fine centrifugal nano bead mill has a wide range of advantages and applications in new energy battery positive and negative materials, ink coatings, food, pharmaceutical, cosmetics and other fields.

LMM ultrafine centrifugal nano bead mill can be used to grind and disperse new energy battery positive and negative materials, it can grind the material to the nano-meter level, can improve the specific surface area of the material and charge and discharge performance, thereby improving the capacity and cycle life of the battery.

In the field of ink coating, it can disperse the pigment to the micron level, so that it is uniformly dispersed in the solvent, improving the color stability, printing quality and durability of ink and coating.

In the food field, it can be used to grind and disperse food additives, spices, sauces, sesame seeds, etc.

It is able to grind food ingredients down to the micron level, improve the taste and flavor of food, and improve the stability and shelf life of food.

LMM ultra-fine centrifugal nano bead mill can be used in the pharmaceutical industry for grinding and dispersing pharmaceutical raw materials, etc. It can grind pharmaceutical raw materials to the nanometer level, improve the solubility and bioavailability of drugs, thereby enhancing the efficacy of drugs.

In the field of cosmetics, it is suitable for grinding and dispersing various cosmetic raw materials, such as powder, emulsion, etc. It can grind the raw materials of cosmetics to the nanometer level, improve the texture, smoothness and color brightness of cosmetics, and enhance the effect and absorption of cosmetics.

LMM ultra-fine centrifugal nano bead mill has high efficiency, fine, uniform, stable grinding and dispersion performance.

It can grind materials down to the nano-meter level, improving product quality, performance and competitiveness.

Whether it is in the fields of new energy battery cathod and anod materials, ink coatings, chemical industry, food, pharmaceutical or cosmetics, LMM ultra-fine centrifugal nanomaterials can provide customers with efficient and reliable grinding and dispersion solutions.

In the field of grinding and dispersion, Boyee has always been a pioneer in China's ceramic sand mill industry.

Since its establishment in 2004, Boyee has consistently pursued innovation and invested human, material, and financial resources in the research and development as well as manufacturing of sand mills. After three years of rigorous research and technological breakthroughs, Boyee successfully developed a fully ceramic structured nanometer-level sand mill in 2007, breaking the monopoly of foreign technology.

At the beginning of Boyee’s establishment, China's sand mill technology lagged far behind that of foreign countries. Despite the market being flooded with various types of sand mills, most products suffered from low efficiency and unsatisfactory grinding results. In this context, Boyee decided to take the initiative to develop and introduce an innovative fully ceramic structured nanometer-level sand mill through independent research and development.

The development of a fully ceramic structured nanometer-level sand mill is not an easy task, and it presents many technological challenges. Firstly, material selection and preparation pose a significant challenge.

Ceramic materials have high hardness and wear resistance, but they are also prone to fracturing, which presents a major difficulty in the manufacturing of sand mills. To address this issue, Boyee's research and development team conducted extensive research and experiments to determine the appropriate material composition and preparation processes.

In addition to the material aspect, structural design is also a daunting task. The working principle of a sand mill involves complex fluid dynamics, mechanical dynamics, and tribology issues, requiring precise design to ensure high efficiency and stability. Through continuous experimentation and improvement, Boyee’s R&D team eventually developed an appropriate structural solution.

Processing ceramic materials requires extremely precise technical processes, and the sand mill has numerous components, making the manufacturing process complex. To ensure the accuracy and quality of each component, Boyee's manufacturing team conducted extensive research and experiments, ultimately developing a unique manufacturing process flow.

As a new sand mill technology, the market acceptance of the fully ceramic structured nanometer-level sand mill was uncertain, and technical challenges could potentially delay the development progress.

To address these risks, Boyee's management team conducted in-depth market research and technical evaluations, ultimately successfully launching the fully ceramic structured nanometer-level sand mill.

The successful development of the fully ceramic structured nanometer-level sand mill has not only changed Boyee’s position in the market but also propelled the development of China's sand mill industry.

This innovative achievement has led the Chinese sand mill industry into a new era, setting a new benchmark for the entire industry. Today, Boyee has become a leader in the industry, and its products have strong competitiveness in the global market.

Looking back at Boyee's process of developing the fully ceramic structured nanometer-level sand mill, one cannot help but be impressed by their perseverance. It is their unwavering dedication to technology and passion for innovation that has allowed Boyee to break through conventions and achieve technological advancements. At the same time, their craftsmanship spirit showcases the strength and potential of Chinese manufacturing.

For over twenty years, Boyee has been dedicated to providing intelligent manufacturing sand mill equipment and overall automation solutions for global nanomaterial customers. Boyee Intelligent leads the future of intelligent manufacturing for nanomaterials!

Scan the QR code above to access the official website and learn more about Boyee sand mill machines.