We offer expert synthesis of NanoGold powders, for research and industrial applications e.g. catalysis for efficient chemical reactions in environmental remediation and industrial processes. 

In waste water treatement, NanoGold binds and extracts heavy metals like lead (Pb) and mercury (Hg) from ground water.

NanoGold is viable in various sensors, including colorimetric sensors for food quality assessment and enzyme-amplified sensors for detecting proteins and bacteria. 

Our NanoGold powders act as antimicrobial and anti-fungal agents, nano-therapeutic drug carriers in biotechnological and nanomedical applications.

Our NanoGold modifications create versatile solutions for plasmonic and optoelectronic applications. 

The nanoarchitecture of our NanoGold powders enabled them to exhibit unique surface plasmon resonances (SPR), which allow for the manipulation and control of light at the nanoscale. This is useful in photodetectors, plasmonic sensors, and nanophotonic circuits. 

Our NanoGold is an active component of conductive inks for printed electronics, solar cells, and optoelectronic devices. 

It enhances light absorption and energy conversion efficiency in solar cells , when incorporated within photovoltaic active layers.  

Our NanoGold powders can be dispersed in liquid media to create conductive inks that are used in printed electronics. These inks allow for the fabrication of flexible, printable circuits, displays, and sensors. 

NanoGold connects components within electronic chips, contributing to miniaturisation, less material waste and increased performance.

NanoGold enhances the performance of electronic lenses by improving light absorption, transmission, and focal length control. 

NanoGolds' high thermal conductivity makes it useful in thermal management systems, such as heat pipes for electronics cooling.