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GFM-1L Dry Bead Mill

Its core advantages lie in reﬁning or improving medium precision and particle reﬁnement, making it suitable for processing high-temperature materials, ceramic ﬁbers, metal oxides, and other wear-resistant applications.

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Industry application

New energy cathode materials

New energy anode materials

Carbon Materials

Equipment advantage

Asymmetric membrane design and plastic ﬂow separation device; spindle speed: Φ590/1min; impeller speed: 4~6m/s; bidirectional vortex formed by counter-rotation.

Oxidation ﬁlter (pore size gradient design) with maximum surface density processing and ﬁlling performance (>99.2%).

The labyrinth seal adopts precision axial radial gap control (0.05-0.1mm) and multi-stage meandering runner design, forming an ecient pneumatic barrier under 0.3MPa gas pressure.

Technical indicator

0-950r/min

Spindle Speed

1-8mm

Bead Diameter

1.6-1.9KG

Bead Loading

3KWh

Energy Consumption

1.5-5KGpowder/batch

Optimal Batch Capacity

GFM-1L Technological Innovations & Performance Comparison

GFM-1L

Working Principle：

Reverse dual-spiral + TiN coating

Ceramic segmented screen

Permanent magnet synchronous motor + direct drive

Multi-channel water cooling + PID control

1

Volume of grinding chamber(L)

1- 8

Bead Diameter(mm)

1.6-1.9

Bead Loading(KG)

1.5-5KG

Optimal Batch Capacity(powder/batch)

740

Flow Area(mm²)

0.5-4

Screen Gap(mm)

Optional rotors

The grinding system can choose turbine and rod pin according to the requirements:

Turbine rotor

Providing more gentle and meticulous grinding effect can effectively prevent excessive material dispersion and improve TurboMax patented Turbine(Turbo) structure grinding quality and accuracy

Rod pin rotor

The rod-pin rotor structure has high linear velocity, which can form continuous strong grinding in the grinding（Chamber), and the impact and grinding effect on the material is more intense