About ConXport Ball Mill
For mixing & grinding,electrically operated having capacity of few gms to 1 kg & 2 kg. Fittedwith geared Motor with max. Speed of 80 RPM. The jar is made of SS of having steelballs of different size to be put in jar for mixing & grinding pesticidespowder.
Specifications:
Jar is interchange able and easilyremovable
Light in weight and compact unitworking on 220 V AC with cap. 1 kg
S.S. Drum 2 kg. Capacity
Aluminum Drum 1 kg capacity
Aluminum Drum 2 kg capacities
Efficient Laboratory GrindingThe ConXport Ball Mill is optimized for precise and uniform grinding and mixing of materials in laboratory settings. Its mild steel construction and single-phase, 1/2 HP electric drive provide reliable operation for continuous and batch processing. The ball mills drum can accommodate up to 1-2 kg material per batch, allowing for effective size reduction and blending, suitable for both dry and wet applications as required in research and development environments.
Portability and Robust BuildDesigned for ease of movement, the ball mill is equipped with strong wheels for portability within laboratories or production areas. Its durable mild steel construction ensures corrosion resistance and longevity, complemented by a sturdy rectangular base that supports stability during operation. Compact dimensions (620 x 420 x 600 mm) and a moderate 70 kg weight make it convenient for various laboratory layouts.
Enhanced Safety and Low MaintenanceUser safety is prioritized with a dedicated safety cover that shields operators from moving parts and possible contaminants. The low-noise and low-maintenance design ensures consistent performance with minimal service interruptions. Routine maintenance is straightforward, enabling laboratories to focus on experimentation and material development without frequent machine downtime.
FAQs of ConXport Ball Mill:
Q: How is the ConXport Ball Mill used in laboratory settings?
A: The ConXport Ball Mill is employed for grinding and mixing a variety of materials in laboratory environments. Simply load the drum with your sample and steel balls, secure the safety cover, set the desired rotation, and start the operation for either wet or dry milling.
Q: What materials can be processed with this ball mill?
A: This ball mill is suitable for processing chemicals, minerals, pharmaceuticals, and various raw materials requiring size reduction or mixing. Its robust construction supports both dry and wet grinding applications, making it versatile for lab and small-scale production usage.
Q: When should I choose mild steel and steel ball media for grinding?
A: Mild steel drums and steel ball grinding media are best used when strength, durability, and resistance to corrosion are required but compatibility with highly reactive substances is not a concern. These materials support efficient grinding and extended machine lifespan.
Q: Where can the ConXport Ball Mill be installed and used?
A: The portable, wheel-fitted design allows the ball mill to be easily placed in laboratories, pharmacy institutions, and small production sites. Its compact size and single-phase power compatibility fit most standard lab environments in India and abroad.
Q: What is the process for maintaining the ball mill?
A: Routine maintenance involves checking the gear motor, inspecting the safety cover, cleaning out the drum and grinding media after use, and ensuring all moving parts are free of debris. Its low-maintenance design allows users to keep the machine in optimal working order with minimal effort.
Q: How does the safety cover benefit users?
A: The supplied safety cover reduces risks to operators by preventing accidental contact with moving parts during operation and containing dust or fragments within the work area, promoting a safer laboratory environment.
Q: What are the key benefits of using the ConXport Ball Mill for laboratory research?
A: Key advantages include robust construction for reliability, low noise levels, simple transportation within the facility, effective grinding and mixing for both dry and wet materials, and a safety-focused design that balances performance with operator protection.