Brand: ParteQ | Category: Nanotechnology

A plasma based laboratory process that makes graphitic and metallic nanoparticles without chemical precursors. Spark discharge between electrodes vaporises the electrode material, which condenses into particles alloyed reliably at the nanometre scale.
| Parameter | Value |
|---|---|
| Process | precursor-free spark discharge synthesis |
| Products | graphitic and metallic nanoparticles and carbon aerosols |
| Alloy uniformity | CuNi particles measured at less than 5% particle to particle variation |
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Contact Vvon Technologies Limited about ParteQ equipment requirements in Bangladesh.
Phone: +8801805987890 | Email: info@vvon.com.bd
Moorfield name the nanoCVD-WGP as one of the two systems in their nanoCVD range, alongside the nanoCVD-8G. The CVD systems page states that these systems are designed for research scale graphene synthesis, that both models provide performance in graphene and 2D material production, and that with a focus on reliability and scalability they cover both small scale and wafer scale research. No specification is published for the WGP on the current site.
Flame spray pyrolysis reactors supplied as modular laboratory systems or as turnkey pilot plants. The third generation laboratory reactor keeps the original nozzle geometry so results stay comparable with published work, and two reactors can be paired.
A turnkey bench-top flame spray pyrolysis unit for making nanoparticles at research and early development scale. Liquid precursor is sprayed into a methane and oxygen flame, and the product powder is caught on a glass microfibre filter behind the reactor.