Product Description
Select the Metrohm Mercury Drop Capillary (non-silanized) for MME-crafted for precision and reliability. This capillary, formed from preeminent laboratory-grade borosilicate glass, is a scarce yet masterful accessory designed specifically for use with Metrohm Mercury Drop Electrodes. Its non-silanized surface ensures the formation of reproducible mercury drops, essential for superb results in polarographic and voltammetric analysis. Grab this terrific solution, compatible with all Metrohm MME-supporting models. Reusable and robust, it combines high-quality manufacturing with safety and straightforward maintenance for superior laboratory performance.
Competitive Advantages & Commercial Applications
The Metrohm Mercury Drop Capillary (non-silanized) for MME offers distinct competitive advantages through its precision engineering and robust glass construction. It supports commercial uses across dealer, distributor, exporter, manufacturer, supplier, trader, and wholesaler channels in India. Used as an essential electrochemical accessory for polarography and voltammetry, this capillary ensures consistent experimental results for researchers and laboratories seeking superior analytical reliability.
Sample Policy, Payment Terms & Domestic Market
Our transparent sample policy allows buyers to verify quality before committing to bulk orders. List price is provided upon request, ensuring the lowest price possible in the market. Charges may apply for samples, depending on order volume. Payment terms are flexible and mutually agreeable. We serve the main domestic market across India, catering to research laboratories and industrial clients with prompt delivery and dedicated customer support.
FAQ's of Metrohm Mercury drop capillary (non-silanized) for MME:
Q: How is the Metrohm Mercury drop capillary (non-silanized) used in laboratory environments?
A: It is manually inserted into the Metrohm Mercury Drop Electrode (MME) to enable the controlled formation of reproducible mercury drops essential for electrochemical analyses such as polarography and voltammetry.
Q: What are the cleaning requirements for this capillary tube?
A: You can clean the capillary using standard laboratory procedures, but avoid silanization agents and excessive abrasion to maintain the untreated glass surface and optimal performance.
Q: When should the capillary be replaced during routine use?
A: Replace the capillary as needed, depending on analytical throughput and how well it is maintained. Signs of contamination or physical damage indicate that replacement is necessary for accurate results.
Q: Where should the Metrohm capillary be stored for longevity?
A: Store the capillary in a clean, dry environment, away from reactive chemicals and potential sources of breakage, to maintain its transparency and structural integrity.
Q: What benefits does the non-silanized finish provide for electrochemical analysis?
A: The non-silanized (untreated) surface ensures reliable and reproducible mercury drop formation, which is critical for accurate polarographic and voltammetric measurements.
Q: How does this capillary stand out competitively compared to alternatives?
A: Its select laboratory-grade borosilicate material, reproducibility, and compatibility with a range of Metrohm instruments make it a preeminent choice among electrochemical accessories in both commercial and research markets.