Precision Powder Mixing – Noblita from Hosokawa Micron

The Nobilta™ is a multi-functional processing unit capable of offering precision, high speed, powder mixing, shape enhancement, and particle surface modification.

Particles are integrated into composite materials in a dry process without the need for a binder by applying mechanical force.

The Nobilta™ is equipped with water cooled jacket for even operating temperatures.

It is easy to dismantle for inspection, cleaning and maintenance.

Composing: Nano-scaled particles are permanently fused onto the surface of micron-scaled particles without using any binders, combining material properties of different particles into a single particle to enhance chemical reaction, flowability, electric performance heat resistance, and solubility.

Precision mix (dispersion): Enabling distributive and dispersive mixing in a single apparatus.

This can be used to enhance color, calcination ability, reactivity, tone, and mechanical intensity.

Shape enhancement (sphericalization): Improving round shape and decreased BET surface area for improved flowability and packing density.

The Nobilta™ is typically used for high value materials and products such as pharmaceuticals, toners, and fine ceramics.

Key Features

Compact design

Processing of a broad range of powders from nano to micron size

High energy efficiency

Particle treatment and particle design in nano range

Suitable for processing heat sensitive, abrasive and sticky materials

Hard faced and ceramic lined components (optional)

Applications

Environment: Development of catalytic performance, effective high temperature treatment and high stability to environment

Copy and photos: Enhanced flowability of toner; surface modification of carrier particles

Energy storage: Enhance packing density and sintering ability for secondary batteries. Optimize capability of fuel cells

Pharmaceuticals: Particle design for drug delivery system (high dissolution, control solubility), improve color tone

Pigments: Enhance color tone by high dispersion

Chemicals: Design of functional resin (nano filler + resin) and better performance catalysts

Architecture: High temperature resistance, high resistance to environment, and high intensity material, gradient functional composite

Cosmetics: Controlled refraction; enhanced flowability by surface modification