Brand Name:
Zhongli
Certification:
ISO 9001. CE Certificate
Model Number:
ZLXQM
The High Energy Planetary Ball Mill is an advanced lab ball milling machine designed for efficient and precise mixing, grinding, and mechanical alloying applications. Engineered to meet rigorous laboratory demands, this lab scale ball mill offers superior performance for researchers, scientists, and engineers in material science, chemistry, and related fields.
Features versatile power supply options (220V/50Hz and 110V/60Hz) for global compatibility, eliminating the need for additional power converters. Operates at a maximum speed of 1200 rpm with a dynamic speed ratio of 1:2 between rotating jars and turntable, ensuring optimal centrifugal forces and frictional energy for uniform particle size reduction.
| Parameter | Specification |
|---|---|
| Revolution Speed | 0-580 Rpm |
| Max Speed | 1200 Rpm |
| Grinding Ball Diameter | 3mm-10mm |
| Motor Power | 400 W |
| Rotation Direction | Reversible |
| Grinding Balls Material | Zirconium Oxide |
| Type | Laboratory Equipment |
| Application | Mixing, Grinding, And Mechanical Alloying |
| Safety Features | Overload Protection, Emergency Stop |
| Power Supply | 220V/50Hz |
The Zhongli Planetary Ball Mill Machine (model ZLXQM) is a versatile Lab Ball Milling Machine designed for modern laboratories and research institutions. Certified with ISO 9001 and CE Certificate, this equipment ensures reliable performance and quality assurance.
This Nano Powder Grinding Machine excels in laboratories focused on materials science, chemistry, pharmaceuticals, and nanotechnology, where preparation of nano-sized particles is crucial. The planetary design with two grinding stations and 400W motor enables high-speed milling up to 1200 RPM for efficient particle size reduction.
Widely used in academic research for sample preparation including metals, ceramics, minerals, and biological materials. Industries such as electronics, environmental science, and chemical engineering benefit from its nano-scale grinding and blending capabilities.
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