Precision Glassblowing - Pyrex C-Type Concentric Nebulizer 0.4mL/min 30psi Microflow - 500-70MQDAC, 20-101021-00, 20-101260-00, G3266-65003, G3266-80004, 8003-0489, 1201831, N0775348, N0775347, N0775341, N0775346

Pyrex C-Type Concentric Nebulizer 0.4mL/min 30psi Microflow Argon Quick Disconnect
P/N: 500-70MQDAC

Cross Reference(s)
Varian: 20-101021-00 / 20-101260-00
Agilent: G3266-65003 / G3266-80004 / 8003-0489
Thermo: 1201831
PerkinElmer: N0775348 / N0775347 / N0775341 / N0775346

Instrument Compatibility:
Multiple Instruments

Detail:
Pyrex, C-Type Concentric Nebulizer 0.4mL/min 30psi Microflow with (QD) Quick Disconnect and (AC) Argon Connectors Included

Pyrex C-Type Concentric Nebulizer 0.4mL/min 30psi Microflow

There’s a lot to unpack in that product name. So, just what does it all mean? Let’s start at the beginning.

A concentric nebulizer has a central capillary that contains liquid, and an outer capillary that contains gas. The gas pulls the liquid into the gas stream, breaking it into a fine mist as it moves through. This type of nebulizer uses the Venturi Effect to produce an aerosol.

What is the Venturi Effect?

The Venturi effect is a phenomenon that occurs when a fluid’s pressure decreases as it speeds up while passing through a constricted area. The effect is named after its discoverer, the 18th-century Italian physicist Giovanni Battista Venturi.

The Venturi effect is an example of Bernoulli’s principle, which states that an increase in fluid velocity results in a decrease in static pressure. The effect uses the principles of continuity and conservation of mechanical energy.

C-Type for Finer Mist and Microflow

C-type nebulizers feature an internal sample capillary slightly recessed to the nebulizer nose. This design results in a more consistent aerosol and a higher tolerance for dissolved solids than the A Type. The C-type nebulizer operates at 1 L/min Argon at a pressure of 30 or 50 psi and sample uptakes of 1 mL/min, 2 mL/min, 3 mL/min, or Microflow (0.1 – 0.4 mL/min).