Kinaltek is proud to announce that our technology portfolio has been extended to include production of

Si Nanopowders / Nanosilicon.

For further information, please contact us at info@kinaltek.com.  

Kinaltek: Technologies for Production of Effect Pigments and Metal Powders.

Kinaltek Pty Ltd is an innovation company specialising in advanced technologies for production of inorganic powders. We are commercialising a novel proprietary low-cost technology for direct production of metallic alloys and compounds, including alloy powders, metallic catalysts and metallic pigments. Our technology is based on an integrated one-step process starting from low-cost chemicals and is capable of producing metallic powders and pigments based on Si, Ti, V, Cr, Fe, Co, Ni, Cu, Zn, Nb, Mo, Ag, Sn, Sb, Ta, W, Mn, Pd, Pt….. We aim to produce major reduction in production cost and replace existing complex multi-step powder and pigment production routes.

PRODUCTS

Direct production of metallic powders.
From pure metals to fully alloyed powders; e.g. Ni, Co, Ta, W, superalloy powders, composites, nanosilicon…., all using the same procedures and production system and all in one-step using a concept based on safe, sustainable and energy efficient processing.
Skeletal metals produced in a low-cost and simple methodology.
The Kinaltek technologies are capable of producing almost any composition  based on the transition metals, including skeletal metals and alloys, at a fraction of current prices (e.g. Raney Fe, Ni, Cu, Co…).
Effect pigments, glitters and functional metallic pigments based on 27 different elements; Ti, Cu, Zn, Ag, Fe, Cr, Co, Mn, Co, Ni, V, Nb, Mo, Ta, W….. with the ability to include additives such Si, C, B, N2 and O2 and to modulate additive content (e.g. O2) at will.
Deep blue
PN-1
We are making metallic titanium pigments and metallic titanium paint an affordable reality with a wide range of colours, such as metallic Ti,  golden flame and dazzling black diamond.
200 nm silica powder coated with Zn

Kinaltek has the unique capability to carry out aluminothermic reduction of metal oxides at low temperatures below the melting point of Al, creating potentials for a wide range of new products and applications.  

Direct manufacturing of effect pigments and functional pigments starting from cheap metal oxides is only one outcome of this capability.