Product Description
We have laid the strong foundation of our company as manufacturer, supplier and exporter of Lab Ball Mill that is designed by our skilled professionals with complete care. The jar of this mill is made from best grade aluminum and is equipped with steel balls of different sizes. In order to gain maximum level of client contentment, we are providing Lab Ball Mill in different technical specifications that can be customized as per the specific demands of the customers.
Features:
- Low maintenance
- Compact design
- Optimum functionality
- Low power consumption
Other Details:
For mixing and grinding electricity operated. Having capacity upto 1 kg fitted with FHP geared motor with maximum speed of 80 RPM. Jar is made of aluminium having steel balls of different sizes. Jar is inter-Chargerable and easily removed to operated on 220 V.
Advanced Laboratory Ball Mill for Versatile TestingEngineered for laboratory use, this ball mill seamlessly handles sample preparation tasks across pharmaceutical, paint, mineral, ore, and pigment testing. Its robust stainless steel or mild steel construction ensures durability, while powder coating provides lasting corrosion resistance. The batch operation method and variable capacity (1 to 5 liters) accommodate diverse sample requirements. With consistent performance and easy maintenance, the mill is ideal for research labs seeking accuracy in material reduction.
Safe, Efficient, and Quiet OperationDesigned with user safety and comfort in mind, the lab ball mill features overload protection, insulated housing, and a low-noise drive system. The belt-driven FHP motor efficiently powers the mill, supporting manual control for versatile operation. These features ensure reliable operation in busy laboratory environments, while the removable drum simplifies post-process cleaning. Its portable form factor enables convenient relocation within the workspace.
FAQs of Lab Ball Mill:
Q: How does the laboratory ball mill operate during a sample run?
A: The laboratory ball mill operates using a batch method, loading up to 5 kg of sample into a removable drum. The unit is powered by a belt-driven, heavy-duty FHP motor, which provides variable speed control up to 80 RPM. Users can manually adjust the speed with a rotary switch to achieve desired particle size reduction.
Q: What materials can be processed with this ball mill?
A: This lab ball mill is suitable for mixing, grinding, and blending pharmaceuticals, paints, minerals, ores, and pigments. Its robust design accommodates a wide range of laboratory materials, making it versatile for various research and testing applications.
Q: When should I use a ball mill with a stainless steel drum versus a mild steel drum?
A: A stainless steel drum is recommended when processing materials that require high chemical resistance or must avoid contamination from the drum material. Mild steel drums are suitable for less reactive substances or where cost considerations are prioritized. The choice depends on your specific sample and project requirements.
Q: Where is this laboratory ball mill typically used?
A: The ball mill is specifically designed for use in laboratory settings, such as quality control labs, research institutions, and development facilities across the pharmaceutical, chemical, mineral, and paint industries.
Q: What safety features does the lab ball mill include?
A: Safety is ensured through several features: overload protection prevents motor damage; insulated housing reduces the risk of electric shock; and low noise operation maintains a safe and comfortable working environment for laboratory personnel.
Q: How do I clean and maintain the laboratory ball mill?
A: Maintenance is straightforward thanks to the removable drum, which can be cleaned easily between sample runs. Regularly inspect the belt drive and powder-coated surfaces for signs of wear or corrosion. Cleaning the exterior with a soft cloth helps maintain longevity and appearance.
Q: What are the main benefits of using this portable laboratory ball mill?
A: The primary benefits include consistent particle size reduction, safety-enhancing features, low operational noise, ease of cleaning, and portability. Its durable construction and powder-coated finish ensure reliable, long-term performance in laboratory environments.