Product Description
Corrosion-Resistant Nebulizers
All internal components in contact with solutions are constructed of plastic to resist corrosion from concentrated acids.
While exceptionally inert, they are less resistant to mechanical stress than the stainless steel or platinum alloy nebulizers.
Stainless Steel body
Advanced Corrosion ResistanceCrafted with inert plastic materials including PTFE and Teflon, this nebulizer assembly resists corrosive sample matrices, extending operational lifespan and maintaining accuracy. The robust construction makes it ideal for intense laboratory usage where chemical compatibility is paramount.
Optimized for Standard Uptake and DeliveryThe design ensures precise and stable sample uptake rates, converting liquids into fine aerosols for effective analysis. High aerosol delivery accuracy supports dependable spectrometry results, essential for both routine and specialized laboratory applications.
Seamless Compatibility and Practical DesignFeaturing standard fluidic and airline ports, connection is straightforward with existing Perkin Elmer Atomic Absorption Spectrometers. The durable rectangular or cylindrical form and compact weight (approx. 80g) allow for easy installation and straightforward handling, suitable for diverse laboratory setups.
FAQs of Perkin Elmer Corrosion-Resistant Nebulizer Assembly Spectrometers:
Q: How does the corrosion-resistant nebulizer assembly benefit spectrometer sample analysis?
A: The use of inert plastics like PTFE and Teflon safeguards against corrosion from aggressive samples, which preserves instrument accuracy and reduces maintenance frequency in spectrometer operations.
Q: What is the recommended process for connecting the nebulizer to my Perkin Elmer spectrometer?
A: With standard fluidic and airline connector ports, the nebulizer secures easily to compatible Perkin Elmer Atomic Absorption Spectrometers. Always follow manufacturer protocols to ensure a proper seal and effective aerosolization.
Q: When should I consider replacing the nebulizer assembly?
A: Replacement is generally required when you notice declining aerosol uniformity, physical wear, or after extensive exposure to highly corrosive samples, even with its durable construction.
Q: Where can I use the Perkin Elmer corrosion-resistant nebulizer assembly?
A: This nebulizer assembly is intended for laboratory environments where Perkin Elmer Atomic Absorption Spectrometers are employed, making it suitable for academic, research, and industrial settings.
Q: What are the main usage advantages of this nebulizer?
A: The assembly delivers high accuracy in transforming liquid samples into fine aerosol mist, with straightforward manual operation, no external power required, and excellent compatibility with spectrometers.
Q: How does the manual operation influence daily workflow?
A: Manual operation streamlines installation and eliminates reliance on electrical power sources, offering flexibility in labs with various infrastructural limitations or requirements.