Chemical Processing/Nanoemulsion‌

Chemical Processing/Nanoemulsion‌

The Mnano high-pressure nano-homogenizer can reduce particle size to sub-micron levels, creating more stable nanoemulsions and suspensions. As droplet size decreases, particle dispersion becomes more uniform, enhancing product efficacy. Applications include dispersing carbon nanotubes to improve color intensity and gloss, while increasing water content to reduce volatile organic compound (VOC) levels.

‌Industry Applications‌

In the chemical sector, Mnano's adoption ranks second only to biopharmaceuticals, covering:

Printing inks (inkjet, conductive, toner)

Carbon nanotubes

Resins, fillers, and additives

Sealants (indoor/outdoor), soluble waxes

Electrodes for fuel cells and batteries

Pigments for LCDs and portable electronics

Polymers, adhesives, preservatives, rheological agents, lubricants, etc.

Nanomaterials: New energy solutions

‌Energy Innovation‌

Recent breakthroughs in nanotechnology have ushered in newer, more efficient energy applications (e.g., fuel cells, batteries, photovoltaics, biodiesel). Mnano's cutting-edge high-pressure homogenizers empower top research institutions and manufacturers to develop transformative energy products, driving global change.