The Aureus is designed for ICP/MS and is 100% High Purity PFA including the sample lines, 1/4-28 sample line fittings, the body and the inner capillaries. As with the Teflon Mira Mist, it can be used for any liquid. It has 250 micron ID capillaries, the same as in the PFA 260. It runs sample flow rates from 50 µl/min up to 2 ml/min. Fits regular chambers as a direct replacement for glass concentric nebulizers. Operates on standard pressures of 35 - 45 psi, with 1 L/min at 50 psi. Catalog Nr. AU 6000

The Teflon Mira Mist is designed for all ICP systems – both OES and MS. They handle sample flow rates from 200 µl/min up to 2.5 ml/min. Their mist has droplet sizes in the 1-10 micron range, and the large inner capillaries can handle high levels of particulates in the samples. They fit regular chambers as a direct replacement for glass concentric nebulizers. The Mira Mist operates on standard pressures of 35 - 55 psi. The Teflon Mira Mist can be used for any liquid. Salting is very rare, but can occur over long periods of time, especially with high Sodium levels in the solution. Such salting can be cleared easily with a dip in 5 - 10% HF, (Caution: Be careful when handling HF. It soaks into the skin before you feel it burning, and in low concentrations it looks and feels like water). ID (Microns) 500. Catalog Nr. TMM 3500

Same as the Teflon Mira Mist, but with a 1/4-28 thread at the back for the sample line. Made to simplify connections to flow injection and similar attachments. Uses Idex chromatographic fittings, and 1/16” (1.5mm) sample lines. Can operate on sample flow rates of 200 µl/min up to 2.5 ml/min. Excellent mist, and can handle high level of particulates in sample. Fits regular chambers as a direct replacement for glass concentric nebulizers. Operates on standard pressures of 35 - 45 psi. The Teflon Mira Mist can be used for any liquid. Salting is very rare, but can occur over long periods of time, especially with high Sodium levels in the solution. Such salting can be cleared easily with a dip in 5 - 10% HF, (Caution: Be careful when handling HF. It soaks into the skin before you feel it burning, and in low concentrations it looks like water). ID (Microns) 500. Catalog Nr. TMM-2

Same as the Teflon Mira Mist, but easier to make than the Teflon Mira Mist, so you save a little. Works for most samples, but not concentrated acids, and not some organic solvents. Still has HP PFA Teflon capillaries for the samples and for the gas. Standard pressure (45 psi), low sample flow, enhanced parallel path design. Can operate on sample flow rates from 200 µl/min up to 2.5 ml/min. Excellent mist, and can handle high level of particulates in sample. Fits regular chambers as a direct replacement for glass concentric nebulizers. ID (Microns)500. Catalog Nr. PMM 4000

Same as the PEEK Mira Mist, but with a 1/4-28 thread at the back for the sample line. Made to simplify connections to flow injection and similar attachments. Uses Idex chromatographic fittings, and 1/16” (1.5mm) sample lines. Works for most samples, but not concentrated acids, and not some organic solvents. Has HP PFA Teflon capillaries for the samples and for the gas. Standard pressure (45 psi), low sample flow, enhanced parallel path design. Can operate on sample flow rates from 200 µl/min up to 2.5 ml/min. Excellent mist, and can handle high level of particulates in sample. Fits regular chambers as a direct replacement for glass concentric nebulizers. ID (Microns)500. Catalog Nr. PMM-2

Huge Sample Capillary: 750 microns / 1/32 inch. Designed as replacement for T2002 and BTN. Essentially unpluggable with un-dissolved particles. Can operate on sample flow rates from 500 µl/min up to 3.0 ml/min. Excellent mist, but not quite as good as Mira Mist, but better than most concentrics. Can handle very high level of particles in sample. Fits regular chambers as a direct replacement for glass concentric nebulizers. Operates on standard pressures of 30 - 45 psi.
The T 2100 can be used for any liquid. Salting is very rare, but can occur over long periods of time, especially with high Sodium levels in the solution. Such salting can be cleared easily with a dip in 5 - 10% HF, (Caution: Be careful when handling HF. It soaks into the skin before you feel it burning, and in low concentrations it looks and feels like water). Catalog Nr. T 2100

Low Flow design for ICP/MS. PFA nose and inner capillaries and all wetted parts. Peek body for strength and longevity. Sample Capillary: 250 microns. Designed for ICP/MS where low flow is desired and PFA only touching the liquids is desired. Can operate on sample flow rates from 50 µl/min up to 2 ml/min. Excellent mist, seems to be more stable, and have lower %RSD than a Mira Mist.
The PFA 250 is set to run higher gas flows for the PE NexION which typically runs at 1.2 L/min. It uses 45 psi for 1 L/min.
The PFA 260 is set to run at higher pressure than a Mira Mist, but well within most instruments standard ranges. It uses about 40 psi for .65 L/min or 60 psi for 1 L/min.
The PFA 250 and PFA 260 can be used for any liquid. Flow rates at 50 psi for PFA 250 is 1.1 L/min, and PFA 260 is 0.8 L/min. Catalog Nr. PFA 250 and PFA 260.

Very low sample flow, enhanced parallel path design. Standard pressure (40 - 50 psi). Black PEEK body, Teflon sample and gas capillaries. Can operate on sample flow rates from 50 µl/min up to 1.5 ml/min. Good for ICP and ICP/MS. Only for samples that are particulate free. Fits regular chambers as a direct replacement for glass concentric nebulizers. ID (Microns) 225. Catalog Nr. AM 5000

Low Flow design for ICP/MS. Peek inner capillaries, PTFE nose, Peek Body for strength and longevity. Sample Capillary: 175 microns. Can operate on sample flow rates from 50 µl/min up to 1 ml/min. Excellent mist, is more stable and has lower %RSD than an Ari Mist.
The X-175 is set to run at a bit higher pressure than a Mira Mist, but well within most instruments standard ranges. Uses about 40 psi for .65 L/min
The NX – 175 is set to run higher flows as required for the PE NexION and Varian / Brooker ICP/MS with 1.2 L/min at 50 psi.
Note: This nebulizer’s sample flow rates are much lower than normal for ICP OES. Flow rates at 50 psi for NX-175 is 1.2 L/min, and X-175 is 0.8 L/min. Catalog Nr. X-175 and NX-175.

Very Low Flow designed specifically for single cell analysis for ICP/MS. Peek inner capillaries, PTFE nose, Peek Body for strength and longevity. Sample Capillary: 175 microns. Can operate on sample flow rates from 5 µl/min up to 1 ml/min.
The SC-175 is a variation of the X-175, but tuned for very low flow capability.
The SC-175 is set to run at a bit higher pressure than a Mira Mist, but well within most instruments standard ranges. Uses about 40 psi for .65 L/min
Note: This nebulizer’s sample flow rates are much lower than normal for ICP OES. Flow rate is 0.8 L/min. Catalog Nr. SC-175

Ultra low sample flow, enhanced parallel path design. Standard Pressure (50 psi). Our lowest flow ICP/MS nebulizer. Can operate on sample flow rates from 200 nanoliters/minute to 200 µl/min. Designed for ICP/MS - HPLC interface and tiny samples. Produces very low oxides in ICP/MS. Can NOT handle high level of particulates in sample. Fits regular chambers as a direct replacement for glass concentric nebulizers. Straight chambers are better than cyclonics - sample drops are lost in cyclonics on the wall beside the injection point. ID (Microns) 60. Catalog Nr. EM 7000

Designed for ICP/MS - CE interface. Higher pressure (80-90 psi), Very low sample flow (10 µl/min or less), enhanced parallel path design. Can operate on sample flow rates from 10 µl/min up to 2.5 ml/min. With Alcohol solutions can operate down to 1 µl/min. Excellent mist, can handle high level of particulates in sample. Fits regular chambers as a direct replacement for glass concentric nebulizers. Designed for CE / ICP / MS analysis. Allows CE capillary to extend to tip of nebulizer for zero suction, zero back pressure CE interfacing with ICP / MS. Works best with straight chambers. ID (Microns) 500. Catalog Nr. MM CE

Our old original standard nebulizer. Works well on most instruments. Fits most chambers. Best results are with Cyclonic Chambers. The T2002 was scheduled to be discontinued in Jan, 2010. However, we have decided to continue to have it available as long as there is a demand for them, and the one person who can make them continues to do so. For most applications, the T2100 is a better nebulizer since it handles larger particles, lasts longer, and provides virtually the same intensities and stability. As of Jan, 2024, we are continuing to produce the T2002 to meet demand. ID (Microns) 450. Catalog Nr. T2002