Experimental sand mill

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Product Introduction

Experimental sand mills are widely used for small scale production formula research and formula verification in laboratory; experimental results are used for guide production, and evaluation for industrial investment budget, processing time, cost estimation, work process, energy consumption and equipment selection; models are complete; rotor types can be made by pin type, turbo type and disk type, and the inner cylinder material can be made of ceramic, polyurethane PU and metal; the discharge methods can be static discharge or dynamic centrifugal discharge. It can meet the needs of R&D and production in different industries. This series of sand mills adopts the precise and reliable double-end mechanical sealing form, which has high stability and durability. The grinding cavity is fully closed designed to avoid material pollution, material exposure and air bubbles, and eliminate air pollution caused by solvent volatilization.

Product advantages

The grinding effect

The grinding effect can be scaled up, and the experimental results can be directly scaled up for production.

Compact structure

The experimental sand mills have compact structure, flexible operation, stable operation

Used

It can be used for product development, feasibility verification, process optimization, and equipment selection.

It can meet the research and development and production needs of different industries.

It can meet the research and development and production needs of different industries.

Video Appreciation

Technical parameters

Experimental sand mills are widely used for small scale production formula research and formula verification in laboratory; experimental results are used for guide production, and evaluation for industrial investment budget, processing time, cost estimation, work process, energy consumption and equipment selection; models are complete; rotor types can be made by pin type, turbo type and disk type, and the inner cylinder material can be made of ceramic, polyurethane PU and metal; the discharge methods can be static discharge or dynamic centrifugal discharge. It can meet the needs of R&D and production in different industries. This series of sand mills adopts the precise and reliable double-end mechanical sealing form, which has high stability and durability. The grinding cavity is fully closed designed to avoid material pollution, material exposure and air bubbles, and eliminate air pollution caused by solvent volatilization.

 

The grinding effect can be scaled up, and the experimental results can be directly scaled up for production.

 

The experimental sand mills have compact structure, flexible operation, stable operation and maintenance-free, which represents the current advanced wet grinding process. It can be used for product development, feasibility verification, process optimization, and equipment selection.

 

Application:

The initial stage of R&D of universities, research institutes, and enterprises.

 

Lab Bead Model[L]    BSM-0.5 BSM-1 BSM-2 BSM-10
Effective Volume[L]   0.5 1 2 10
Motor Power[kw]   4 4 7.5 18.5-22
Media Diameter[mm]    0.3-0.8 0.3-0.8 0.3-1.0 0.3-1.2
Batch Capacity[L]    2 -20 2-30 10-100 20-150
Flow Rate[kg/h]    15-100 15-100 200-500 200-800
Dimension[mm] L 900 900 1150 1200
W 700 700 1110 1100
H 1000 1000 1250 1600
Weight[kg]   160 165 350 960
*Depends on the viscosity of the ground material, grinding conditions, pump transport form and other factors