Description
Specifications Table
| Product Name | Iron wire, 1.0mm (0.04in) dia, Puratronic™, 99.995% (metals basis) |
|---|---|
| Pack Size | 250cm, 50cm |
| Form | Wire |
| Grade | Puratronic™ |
| Application | Laboratory research, analytical testing, high-precision experiments |
Product Description
When precision matters in your research, the quality of your materials can make all the difference. This Puratronic™ iron wire offers exceptional purity (99.995% metals basis), ensuring reliable results in analytical chemistry, materials science, and advanced research applications. The 1.0mm diameter provides the perfect balance between durability and flexibility for various experimental setups.
Whether you’re working on corrosion studies, electrochemical analysis, or high-temperature experiments, this iron wire delivers consistent performance. Its uniform composition minimizes impurities that could skew your data, making it a trusted choice for researchers and educators across India.
At eqipped, we understand the importance of sourcing high-quality lab supplies. That’s why we’ve made this premium iron wire available in convenient pack sizes (250cm and 50cm) to suit different project scales. Need bulk quantities for your institution? Contact our team for customized solutions.
Why This Iron Wire Stands Out
The Puratronic™ grade isn’t just a label—it’s a guarantee of ultra-high purity. Unlike standard iron wires that may contain trace contaminants, this product undergoes rigorous purification processes to meet the strictest laboratory standards. The 1mm diameter is particularly versatile, working well for:
- Electrode fabrication in electrochemical cells
- Thermal conductivity experiments
- Precision wire bonding in microelectronics research
- Calibration standards for analytical instruments
Many researchers in Indian universities and private labs have switched to this iron wire after experiencing inconsistent results with lower-grade alternatives. The difference in data reproducibility is often noticeable from the first experiment.
Practical Applications in Indian Labs
From IIT research labs to university chemistry departments, this iron wire finds applications in:
1. Corrosion Science: Studying iron oxidation rates under different environmental conditions
2. Material Characterization: Serving as reference material in spectroscopy and microscopy
3. Electrochemistry: As working electrodes in cyclic voltammetry experiments
4. Physics Research: For magnetic property studies and superconductivity experiments
5. Educational Demonstrations: Safe, high-purity material for undergraduate experiments
The 99.995% purity level means you’re working with iron in its most elemental form, free from the common impurities like carbon, sulfur, or phosphorus that can affect experimental outcomes.
Handling and Storage Recommendations
While this iron wire is more stable than many reactive metals, proper handling ensures longevity:
– Store in a dry, inert atmosphere to prevent surface oxidation
– Use clean gloves when handling to avoid contamination
– For long-term storage, consider vacuum sealing unused portions
– Clean with appropriate solvents before critical applications
Remember that even high-purity metals can develop surface oxides over time. For experiments requiring absolutely pristine surfaces, we recommend light etching or mechanical polishing before use.
Comparing Grades: Why Puratronic™ Matters
Not all iron wires are created equal. Here’s how Puratronic™ compares to other common grades:
Standard commercial iron wire often contains up to 0.5% impurities, which can introduce variables in sensitive experiments. The Puratronic™ grade reduces these to parts-per-million levels, giving you confidence in your results.
Safety Considerations
While iron is generally safe to handle, always follow standard lab protocols:
– Wear appropriate PPE (gloves, safety glasses)
– Avoid inhaling any dust generated during cutting or machining
– Dispose of according to your institution’s metal waste guidelines
For most applications, this iron wire poses minimal hazards, but proper lab practices should always be maintained.
Choosing the Right Pack Size
We offer two convenient options to match your needs:
– 50cm length: Perfect for small-scale experiments or trial runs
– 250cm length: Ideal for ongoing research projects or multiple experiments
Many researchers find the 250cm option more cost-effective for regular use, while the 50cm size works well for specific, one-time applications.
What Researchers Are Saying
Feedback from Indian labs highlights several key benefits:
“The consistency in our electrochemical measurements improved significantly after switching to this Puratronic™ wire.” – Research Scholar, IIT Bombay
“Finally, an iron wire that doesn’t introduce artifacts in our spectroscopy data.” – Professor, University of Delhi
“The 1mm diameter is perfect for our wire bonding experiments in semiconductor research.” – PhD Student, IISc Bangalore
Beyond the Basics: Advanced Applications
Experienced researchers have found creative uses for this high-purity iron wire:
– As a calibration standard for X-ray fluorescence spectrometers
– In the fabrication of microelectrodes for neuroscience research
– For studying iron’s behavior in extreme temperature environments
– As a reference material in metallurgical analysis
The versatility comes from both the material’s purity and the practical 1mm diameter that works with most standard lab equipment.
Ordering and Delivery
When you buy iron wire online from eqipped, you get:
– Fast, reliable delivery across India
– Secure packaging to prevent damage during transit
– Certificate of Analysis available upon request
– Dedicated support for any technical questions
Ready to elevate your research with ultra-pure materials? Add to cart now and experience the difference quality makes.
FAQs
What makes Puratronic™ iron wire different from regular iron wire?
Puratronic™ iron wire undergoes advanced purification to achieve 99.995% purity, eliminating trace impurities that can affect experimental results. Regular iron wire may contain up to 0.5% contaminants like carbon, sulfur, or phosphorus.
Can I use this iron wire for electrochemical experiments?
Absolutely. The 1mm diameter and high purity make it excellent for working electrodes in electrochemical cells. Many researchers use it specifically for cyclic voltammetry and other electroanalytical techniques.
How should I clean the iron wire before use?
For most applications, wiping with acetone or isopropyl alcohol is sufficient. For ultra-clean surfaces, consider light etching with dilute acid followed by thorough rinsing with deionized water.
Is this iron wire suitable for high-temperature applications?
Yes, it maintains structural integrity at elevated temperatures. However, be aware that surface oxidation may occur above 200°C. For extreme temperature work, consider using it in an inert atmosphere.
Can I get a certificate of analysis for this product?
Yes, we provide Certificates of Analysis upon request. Contact our customer support team after placing your order, and we’ll arrange to send you the documentation.
