Stray light filter, 390 nm (RSPEC00361) UV-VIS spectroscopy stray light standard | VWRC84784.180 | Avantor

Home - Stray light filter, 390 nm (RSPEC00361) UV-VIS spectroscopy stray light standard | VWRC84784.180 | Avantor

Sale!

Stray light filter, 390 nm (RSPEC00361) UV-VIS spectroscopy stray light standard | VWRC84784.180 | Avantor

Premium 390 nm stray light filter designed for UV-VIS spectroscopy, ensuring precise spectral analysis with minimal interference.

Category Brand:

Original price was: ₹57,164.00.Current price is: ₹51,448.00.

Description

Specifications Table

Product Name – Stray light filter, 390 nm (RSPEC00361) UV-VIS spectroscopy stray light standard
Quantity/Pack Size – 100 ml
Form – Liquid
Grade – Spectroscopy Grade
Application – UV-VIS Spectroscopy

Product Overview

The 390 nm stray light filter is a high-quality solution engineered specifically for UV-VIS spectroscopy applications. This filter is meticulously formulated to minimize stray light interference, ensuring accurate and reliable spectral measurements. The 390 nm wavelength is optimized to block unwanted light, enhancing the precision of absorbance readings in UV-VIS spectrometers. Its spectroscopy-grade purity guarantees minimal background noise, making it an essential component for laboratories requiring high-fidelity data. The liquid form allows for easy integration into existing workflows, while its stable composition ensures consistent performance over time. Whether used in research or routine analysis, this filter delivers exceptional clarity and reproducibility, making it a trusted choice for demanding spectroscopic applications.

FAQs

1. What is the primary function of the 390 nm stray light filter in UV-VIS spectroscopy?

This filter is designed to reduce stray light interference, which can distort spectral readings and compromise data accuracy in UV-VIS spectroscopy.

2. Is this filter compatible with all UV-VIS spectrometers?

Yes, the 390 nm stray light filter is compatible with most standard UV-VIS spectrometers, provided they operate within the specified wavelength range.

3. Are there alternatives to this stray light filter for different wavelength requirements?

Yes, alternative stray light filters are available for different wavelengths, depending on the specific needs of your spectroscopic application.

4. How should this stray light filter be stored to maintain its effectiveness?

Store the filter in a cool, dark place, away from direct sunlight and moisture, to preserve its optical properties and extend its shelf life.

5. What is the shelf life of this stray light filter?

When stored under recommended conditions, this filter maintains its performance for up to 24 months from the date of manufacture.

Do You Want Best Price?

Take 3 minutes to share your Details.