Iron Nanowires: Overview
Iron Nanowires (Fe) is part of the Nanowires range from Aritech Nanomaterials India. It is a nanowire material with a high aspect ratio, used where long conductive or semiconducting paths at the nanoscale are needed. This grade is offered a particle size of 80 nm (customization available), as confirmed on the batch Certificate of Analysis.
Researchers and engineers use Iron Nanowires for transparent conductive films, battery electrodes and flexible and stretchable electronics. As the authorized Indian distributor of Nanochemazone® Canada, Aritech handles import, customs and delivery so you receive a simple domestic supply.
Iron Nanowires Specifications
| Product | Iron Nanowires |
|---|---|
| Formula | Fe |
| Melting Point | 1811K |
| Boiling Point | 3134K |
| Density | 7.874g/cm3 |
| CAS Number | 7439-89-6 |
| Particle Size | 80 nm (customization available) |
| Length | 10 µm (customization available) |
| Category | Nanowires |
| Documents | COA, SDS and TDS (where available) on request |
| Supplied in India by | Aritech Nanomaterials India (Aritech Chemazone Pvt. Ltd.), authorized distributor of Nanochemazone® Canada |
Applications of Iron Nanowires
Common application areas for Iron Nanowires include:
- Transparent conductive films
- Flexible and stretchable electronics
- Sensors and photodetectors
- Battery electrodes
- Solar cells
- Nanoscale device research
Handling and Storage
Store sealed in a cool, dry place and protect from light where the data sheet recommends it. Dispersions should be kept tightly closed and used within the recommended period.
- Work in a ventilated area and avoid inhaling dust or aerosols
- Wear gloves, safety glasses and a lab coat
- Avoid repeated freeze–thaw of dispersions unless the data sheet allows it
- Dispose of waste through a chemical waste route
Always read the Safety Data Sheet (SDS) for Iron Nanowires before use. For research, development and industrial use only — not for human or veterinary use.
Packaging, Documents and Custom Orders
Iron Nanowires is available in research pack sizes as well as semi-bulk and bulk quantities. Custom specifications — such as particle size, purity, form or packaging — can be requested and are confirmed on the quotation. Every supply can be accompanied by the batch Certificate of Analysis and Safety Data Sheet.
Iron Nanowires – Frequently Asked Questions
What is Iron Nanowires used for?
Iron Nanowires is used for transparent conductive films, flexible and stretchable electronics, sensors and photodetectors and related research and industrial work.
What purity and particle size is Iron Nanowires available in?
This grade is listed with a particle size of 80 nm (customization available). Other purities, sizes and forms may be available on request.
How should Iron Nanowires be stored?
Store sealed in a cool, dry place and protect from light where the data sheet recommends it. Dispersions should be kept tightly closed and used within the recommended period.
Is Iron Nanowires supplied as a powder or a dispersion?
The form is stated in the specifications above. Many nanostructures can also be supplied in an alternative form or medium on request.
Can I buy Iron Nanowires in India with a GST invoice?
Yes. Aritech Nanomaterials India (Aritech Chemazone Pvt. Ltd., GSTIN 06AAPCA9378P1ZL) supplies Iron Nanowires within India with an INR quotation and GST tax invoice. Email sales@chemazone.in with the quantity and delivery city.
Buy Iron Nanowires in India from Aritech
Indian laboratories and companies can buy Iron Nanowires locally from Aritech Nanomaterials India, the authorized Indian distributor of Nanochemazone® Canada.
- Pricing: quotation in Indian Rupees with GST tax invoice
- Documents: COA, SDS and TDS available on request
- Quantities: research packs, semi-bulk and bulk; custom specifications on request
- Import & delivery: customs handled by Aritech, tracked delivery to your lab or plant anywhere in India
To receive an INR quotation for Iron Nanowires, send your required quantity, purity and delivery city to sales@chemazone.in.
