BYZr Hollow shaft Ceramic Turbine Bead Mill 3L-1708672352511436
BYZr Hollow shaft ceramic turbo Bead Mill, equipped with the independently developed TurboMax turbine grinding system by Boyee. The built-in hollow shaft of the equipment helps reduce material consumption. Together with a high-performance cooling system and an automated control system, it enables continuous material processing and discharge, thereby enhancing production efficiency.
Product Display
Product Description
The BYZr model can be equipped with Boyee’s independently developed PurCeram all-ceramic technology, which utilizes ceramic structures from the rotor to the grinding chamber. This design eliminates the risk of metal ion contamination on the materials, ensuring their purity and extending the equipment's lifespan and maintenance cycle.
Product Advantages
● The turbo structure design makes the grinding material more pure and fine
● Boyee's innovative discharge separation system reduces the occurrence of screen clogging.
● The grinding components are made of a fully ceramic structure, ensuring no contamination and low energy consumption.
● The built-in hollow shaft minimize material consumption.
● Unique cooling system design
Product Parameters
| Model | Volume (L) | Power (KW) | Speed (r/min) | Media diameter (mm) | Weight (kg) | Size (mm) |
| BYZr-3L | 2.2 | 7.5 | 0-1450 | 0.3-1 | 468 | 1200×1050×1450 |
| BYZr-15L | 11 | 30 | 0-1860 | 0.3-1 | 1205 | 1600×1350×1850 |
| BYZr-30L | 22 | 37-45 | 0-1325 | 0.3-1.2 | 1425 | 1750×1350×1850 |
Product Features
BYZr Hollow shaft ceramic turbo Bead Mill, equipped with the independently developed TurboMax turbine grinding system by Boyee. The built-in hollow shaft of the equipment helps reduce material consumption. Together with a high-performance cooling system and an automated control system, it enables continuous material processing and discharge, thereby enhancing production efficiency.
Product Application
Faqs
It is difficult to achieve zero failure in any operation, including the operation of a bead mill. However, it is possible to minimize the occurrence of failures through proper maintenance, regular inspections, and adherence to operating parameters. Some of the factors that can contribute to failures include inadequate maintenance, improper use, poor quality of materials, and operator error. To reduce the likelihood of failures, it is essential to follow the manufacturer's instructions for operation and maintenance, use high-quality materials, and properly train operators to use the equipment. Additionally, regular inspections and preventive maintenance can help identify and address potential issues before they lead to failures.
There are several ways to minimize the occurrence of failures in bead mill operations:
Regular maintenance and inspection: Conducting regular maintenance and inspection can help identify potential problems before they escalate into major issues.
Proper operation and handling: Ensure that the bead mill is being operated within its design limits and that the operators are following proper handling procedures.
Quality control: Implementing quality control measures such as using high-quality raw materials and checking the finished product can reduce the likelihood of failures.
Training and education: Providing proper training and education to the operators and maintenance personnel can help improve their skills and knowledge, reducing the likelihood of errors.
While achieving zero failure may be difficult, these measures can help minimize the occurrence of failures in bead mill operations.
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