Description
OpalMist DC Nebulizer 0.4mL/min – A31-1-PFA04
P/N: A31-1-PFA04
Cross Reference(s)
None Available
Instrument Compatibility:
Multiple Instruments
Includes:
- NFT-16-50 UniFit Connector with 0.50mm ID x 1.6mm OD x 700mm long tubing (1 piece)
- DC Fitting Type 13/31 with Ratchet Connector
Detail:
OpalMist PFA Concentric Direct Connection (DC) Nebulizer
The OpalMist concentric nebulizer is the most economical nebulizer for high precision analyses involving samples digested in HF. Glass Expansion DC (Direct Connection) nebulizer has a UniFit sample connector which slides easily over the sample arm and an argon gas connector configured to connect directly to your ICP-MS.
Ultra-Trace Analysis
When carrying out ultra-trace analysis, especially by
ICP-MS, the risk of contamination must be minimized.
The high purity of the PFA material used to make the
OpalMist nebulizer provides the exceptionally low
background necessary for ultra-trace determinations.
Highly Corrosive Samples
The totally inert construction of the OpalMist PFA nebulizer enables it to easily handle even the most
corrosive samples, such as those containing high levels of hydrofluoric acid (HF) or reactive organic
solvents. The OpalMist is also capable of aspirating high concentrations of dissolved solids (typically up to
15%) without clogging. This makes the OpalMist the ideal nebulizer to handle geochemical samples which
are typically dissolved in HF and are high in dissolved solids.
Other features of the OpalMist are:
- Excellent sensitivity – the small mean droplet size of the OpalMist increases transport efficiency without
increasing noise. - Excellent precision and long-term stability.
- Strong and consistent self-aspiration – available with natural uptake rates of 0.01, 0.05, 0.1,0.2, 0.4,
0.6, 1 and 2mL/min. Self-aspiration eliminates the need for peristaltic pump tubing, a potential source of
contamination. - Suitable for all ICP-MS and ICP-OES models.
- The exacting quality and reproducibility standards you have come to expect from Glass Expansion
