60L Kapasite Yatay Nano Mühür Mühürü / PU veya Seramik Malzeme Yapısı ile Kum Mühürü

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60L Kapasite Yatay Nano Mühür Mühürü / PU veya Seramik Malzeme Yapısı ile Kum Mühürü

Diğer Videolar

May 30, 2025

Kategori Bağlantısı: nano boncuk değirmen

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Etiketler:

#Dikey Kum Değirmeni #Laboratuvar Tüyleri #Yatay kum değirmen

Brief: Discover the 60L Capacity Horizontal Nano Bead Mill / Sand Mill with PU or Ceramic Material Structure. Perfect for nano pigment, ceramic inks, and more, this mill offers grinding fineness from 50nm to 1μm. Ideal for oil-based and water-based materials, it features durable rotor materials and high efficiency.

Related Product Features:

Grinding fineness ranges from 50nm to 1μm, ensuring precise particle size reduction.
Zirconium beads size options from 0.2nm to 2.0mm for versatile applications.
Suitable for both oil-based and water-based materials with viscosity up to 5000CPS.
Rotor materials include wear-resistant steel, tungsten carbide, silicon carbide, zirconia, and polyurethane.
Standard configuration features stainless steel outer chamber and silicon carbide inner tube.
Mechanical seal from Burgmann, Germany, ensures reliable performance.
Wide application in nano pigment, ceramic inks, magnetic materials, and more.
Available in various models with capacities from 3L to 1000L to suit different production needs.

Sorular:

What materials can the 60L Horizontal Nano Bead Mill process?

The mill is suitable for nano pigment, ceramic inks, magnetic materials, aluminum materials, electronic paste, zirconium silicate materials, thermal transfer inkjet inks, lithium iron phosphate, pharmaceuticals, cosmetics, and non-metallic mineral powder.
What are the rotor material options for this bead mill?

The rotor materials include wear-resistant steel, tungsten carbide, silicon carbide, zirconia, and polyurethane, catering to both solvent-based and water-based products.
How does the 60L Horizontal Nano Bead Mill ensure efficient grinding?

The mill uses zirconium beads agitated by a rotating shaft to achieve efficient particle size reduction, with grinding fineness ranging from 50nm to 1μm, ensuring uniform particle distribution.