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The Nobilta™ is a multi-functional processing unit for high speed, precision, powder mixing, particle surface modification and shape enhancement. Particles are combined into composite materials in a dry process without the use of a binder by applying mechanical force.
- Processing of a wide range of powders from nano to micron size
- Compact design; high energy efficiency
- Particle design and particle treatment in nano range
- Ideal for processing heat sensitive, sticky and abrasive materials
Composing – Nano-scaled particles are permanently fused onto the surface of micron-scaled particles without binders, combining material properties of different particles into one particle to enhance chemical reaction, flowability, heat resistance, electric performance and solubility.
Precision Mix (Dispersion) – enabling distributive and dispersive mixing in one apparatus to improve colour, tone, reactivity, calcinations ability and mechanical intensity.
Shape enhancement (Sphericalization) – Improving round shape and reducing BET surface area for enhanced flowability and packing density.
Typically used for high-value materials and products such as toner, pharmaceuticals and fine ceramics the Nobilta™ has become established as a recognised route for applications across a range of industries.
- Energy Storage: Improve packing density and sintering ability for secondary batteries. Improve capability of fuel cells
- Copy & Photos: Improved flowability of Toner; surface modification of carrier particles
- Pigments: Improve colour tone by high dispersion
- Pharmaceuticals: Particle design for Drug Delivery System (control solubility, high dissolution), improve colour tone
- Chemicals: Design of functional resin (nano filler + resin etc) and high-performance catalysts
- Cosmetics: Controlled refraction; improved flowability by surface modification
- Architecture: High resistance to environment, high-temperature resistance and high-intensity material, gradient functional composite
- Environment: Improvement of catalytic performance, effective high temperature treatment and high stability to environment