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6310001900

Graphite shroud for GTA 96/100/110 Zeeman. Available for GTA 96/100/110 Zeeman systems, provide thermal insulation and protection for the graphite furnace. Their pyrolytic coating enhances heat resistance and uniformity, improving analytical...

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6310003600

Graphite shroud Agilent GTA120 Zeeman graphite furnace, pyrolytically coated. Available for GTA120 Zeeman systems, provide thermal insulation and protection for the graphite furnace. Their pyrolytic coating enhances heat resistance and uniformity,...

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8003-0657

Nipple E, capillary, Pt/Ir, 0.7 mm od, for FIMS-100, FIMS-400, FIAS-100, or FIAS-400. High-precision Pt/Ir capillary Nipple E, designed for trace metal analysis, ensuring stable sample transport in Perkin Elmer FIMS-100, FIMS-400, FIAS-100, and...

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UltiMetal Thermal Desorption Tubes

Inert-coated Agilent UltiMetal thermal desorption tubes for material emissions and air sampling.

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Agilent UltiMetal Thermal Desorption Tubes are inert-coated sorbent tubes designed for VOC and SVOC sampling, air monitoring, PFAS analysis, industrial hygiene testing, emissions monitoring, and thermal desorption GC/MS workflows. Available in Tenax TA, Carbograph, Carbopack, and multisorbent configurations, these tubes support EPA TO-17, ASTM D8591, and other established analytical methods. As both a sampling device and part of the sample introduction flow path, they help support low background levels, reliable recovery, and reproducible thermal desorption GC/MS analyses.|The UltiMetal inert coating minimizes interactions on untreated stainless-steel surfaces. Improved surface inertness helps minimize adsorption and degradation, supporting consistent recovery of metal-sensitive and thermally labile compounds during sampling and desorption.|Agilent UltiMetal thermal desorption tubes are optimized for Markes UNITY‑xr and TD100‑xr systems and supplied in industry‑standard dimensions, supporting compatibility across leading platforms, such as PerkinElmer, Shimadzu, Dani, CDS, and Gerstel. Single-bed and multi-bed configurations are packed with method-compliant sorbents, including Tenax sorbent tubes, to streamline validation and method transfer. Thermal desorption tubes for air sampling are part of the Agilent Inert Flow Path portfolio; UltiMetal TD tubes extend inert surface coverage upstream of the analytical column.

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1260 Infinity III Bio-Inert LC System

Protects biomolecules and instruments with a biologically inert and corrosion-resistant flow path.

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The 1260 Infinity III Bio-Inert LC is a dedicated solution for analysis of large biomolecules in biological samples, including monoclonal antibody (mAb) and protein analysis. Metal-free components in the sample flow path and the absence of iron and steel in solvent delivery lines ensure the integrity of your biomolecules, minimize unwanted surface interactions, and increase column lifetime.|The power range of the 1260 Infinity III Bio-inert LC expands from low pressure for traditional biopurification columns up to high pressure for sub-2-micron analytical biocolumns. Agilent Buffer Advisor software facilitates faster pH scouting and easy buffer/solvent preparation for ion exchange chromatography.
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5610124000

Gold (Au) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector. This Gold (Au) Hollow Cathode Lamp is a high-precision light source designed for Atomic Absorption Spectroscopy (AAS) applications. Featuring a...

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5610124800

Lead (Pb) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector. This Lead (Pb) Hollow Cathode Lamp is a high-precision light source designed for Atomic Absorption Spectroscopy (AAS) applications. Featuring a...

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5610126200

Potassium (K) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector. This Potassium (K) Hollow Cathode Lamp is a high-precision light source designed for Atomic Absorption Spectroscopy (AAS) applications....

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8003-0661

T-piece, type IIIA, with nipple, for 1.5 to 2.5 mm id tubes, for FIMS-100, FIMS-400, FIAS-100, or FIAS-400. Specifically designed for use with the FIMS-100, FIMS-400, FIAS-100, and FIAS-400 systems, which are part of Perkin Elmer Flow Injection...

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8003-0662

T-piece, type IIIB, with nipple, for 3.5 to 4.5 mm id tubes, for FIMS-100, FIMS-400, FIAS-100, or FIAS-400. Specifically designed for use with the FIMS-100, FIMS-400, FIAS-100, and FIAS-400 systems, which are part of Perkin Elmer Flow Injection...

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DB-1ms Ultra Inert Columns

Provides consistent column inertness performance to ensure sensitivity and integrity in trace analysis.

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Agilent J&W DB-1ms Ultra Inert delivers consistent column inertness performance to ensure analytical sensitivity and integrity. With excellent peak shapes, exceptionally low bleed, and high signal-to-noise ratios, this column performs effectively with even the most challenging active analytes.|Each column is individually tested with Ultra Inert 1ms test probe mixture.
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Splitless Liners for GC

Agilent Splitless Liners for GC. We offer a complete line of liners for your Agilent GC splitless inlet, with exclusive deactivation.

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A GC splitless injection allows for the introduction of a highly concentrated sample to the analytical column without venting-off carrier-gas during sample volatilization. Agilent GC splitless inlet liners function as an intermediary mixing chamber for the sample to vaporize before encountering the stationary phase of the column. Splitless injections are ideal for trace-level analysis while needing to maximize analyte recovery. However, lower flow rates can contribute to the unintended degradation of active analytes through adsorption and breakdown. Proper liner selection is a crucial component to developing and maintaining your method. |Agilent's portfolio of splitless liners offers a wide selection of unique geometries, volumes, and deactivations to accommodate your analytical needs. Our splitless liners commonly feature a narrow taper at the base of the liner to prevent the volatized from contacting with the base or sides of the inlet, directing analytes of interest and mobile phase toward the column. |Agilent’s unique ultra inert splitless liner with sintered glass frit, also known as the low frit liner, is ideal for semi-volatile compounds common for food and environmental applications. The Ultra Inert deactivation can help guard against unintended inlet discrimination when confronted with even the most challenging matrices. The homogenous porosity of the frit offers a better barrier against heavy matrices compared to conventional glass wool liners, with an observed lifetime up to 2-3X greater.
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Ion Lenses for ICP-MS

Replacement Omega ion extraction lenses for 7700, 7800, 7850, 7900, 8800, 8900 ICP-MS with x-lens & s-lens

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On the 7700, 7800, 7850, 7900, 8800, 8900 and, 9500 ICP-MS systems, the ion lenses play a critical role in separating ions from photons and residual neutral species. This ensures the lowest background signal, highest sensitivity, and efficient interference removal for accurate trace-level analysis.|The Agilent ICP lens assembly features a high-transmission, off-axis ICP Omega lens, precisely tuned for optimal performance across the mass range. This advanced design enhances ion focusing and improves signal stability across diverse sample types.|Replacement ion lens assemblies and individual ICP lens components are available for routine maintenance and system optimization. Configurations include the ICP x-lens and u-lens for general purpose applications, the ICP s-lens for semiconductor analysis requiring cool plasma, and the ICP m-lens for semiconductor applications without Cool Plasma.|Agilent’s flexible ICP lens configurations allow users to tailor their ICP-MS setup to specific analytical needs, ensuring consistent, high-quality results.
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Ultra Inert Liners for GC

Agilent ultra inert liners for split & splitless injection. Agilent ultra inert inlet liners prevent adsorption and ensures accurate sample transfer onto the GC column

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Agilent ultra inert liners feature a proprietary deactivation process intended to eliminate potential active sites located throughout the interior of the liner, providing low surface activity and predictable sample volatilization. This facilitates the reliable analysis of trace and active analytes without unintended inlet discrimination. |Agilent’s expansive line of CrossLab ultra Inert liners perform seamlessly with a variety of manufacturers’ instruments. Each Agilent UI liner is performance certified to ensure exceptional batch-to-batch uniformity. Delivered in exclusive Agilent touchless packaging, the pre-installed O-ring lets you quickly and easily install the new deactivated liner, saving time and improving productivity.|One of many geometries available, the ultra inert dimpled liner, designed specifically for cold splitless injection via the Agilent multi-mode inlet, allows for heavy matrix samples to be gradually volatized without discrimination. Boasting Agilent’s transparent deactivation, the large highly inert surface area achieved through the alternating dimples efficiently spreads sample, dramatically extending the liner’s usable life.
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7900 ICP-MS

Highest single quad performance combined with the flexibility to handle more demanding applications

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The Agilent 7900 ICP-MS is a flexible single quadrupole ICP mass spec instrument that provides the industry’s best matrix tolerance, most effective helium collision mode, lowest detection limits, and widest dynamic range. As a result, you can be confident you are reporting accurate data every time, even at trace levels, whatever your sample types.|The 7900 ICP Mass Spectrometer provides the highest performance for demanding commercial and industrial applications, with the high sensitivity and fast acquisition of transient signals – necessary for analysis of single nanoparticles (spICP-MS), single cells, and for laser ablation. In addition, having the flexibility needed for research and advanced analysis, such as speciation, is sure to give you the edge over the competition.
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1290 Infinity III Fluorescence Detector

FLD detector with UV-like simplicity— confidence at the limit, at UHPLC speed

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The Agilent 1290 Infinity III Fluorescence Detector (FLD) defines precision and simplicity in liquid chromatography fluorescence detection. Delivering exceptional sensitivity and speed for ultrahigh-performance liquid chromatography (UHPLC) workflows, this FLD detector reveals ultra-trace analytes with outstanding clarity. Its advanced optical design enables rapid excitation and emission wavelength switching, low-dispersion flow cells, and intuitive operation. |Providing spectral data in both excitation and emission dimensions, this fluorescence detector ensures accurate characterization of complex samples across biopharma, food safety, and environmental UHPLC applications.
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High Intensity UltrAA Lamps

Agilent high intensity UltrAA lamps replace conventional AAS lamps with improved performance for Agilent AAS systems

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Agilent UltrAA lamps are high intensity hollow cathode lamps that can replace conventional AAS lamps in Agilent AAS systems where the application requires improved performance. A boost discharge applied within these high intensity AAS lamps increases emission intensity, providing improved sensitivity and lower detection limits, especially with challenging GFAAS applications. The boost current is fixed, eliminating manual optimization and dramatically improving ease-of-use. |UltrAA lamps are compatible with all Agilent AAS systems, although some AAS systems may require an upgrade. They are available as either coded or uncoded lamps. Our coded high intensity UltrAA lamps enable the lamp to be automatically recognized by the Agilent AAS system using a unique code built into the lamp. This simplifies operation and reduces errors when working with multiple lamps in the same instrument.
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Single Element Hollow Cathode Lamps

Agilent single element atomic absorption lamps are available as coded, uncoded or high intensity UltrAA AA lamps.

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Agilent offers a broad range of single element atomic absorption lamps, including zinc lamps, cadmium lamps and lead lamps. Our single-element AA lamps feature unique cathode compositions to ensure the emission lines generated have the optimum signal-to-noise without any interfering wavelengths. All Agilent AA lamps utilize extended processing in production for optimum stability, dependable performance and long service life.|Agilent single element AA lamps are available as either coded or economical uncoded lamps. Our uncoded single -element AA lamps work seamlessly with all Agilent and a variety of other AAS systems. Our coded single element AA lamps have unique element coding which enables the Agilent AAS system to automatically identify the lamp needed for analysis. This simplifies operation and eliminates operator errors when using multiple lamps in the same AAS system.
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Nebulizers for ICP-OES

Find glass concentric SeaSpray, V-groove, or OneNeb 2 nebulizers in this ICP-OES nebulizer range.

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An ICP-OES nebulizer uses a stream of high velocity argon gas to break up the liquid sample and produce a fine aerosol. The fine droplets are then delivered into the spray chamber and the plasma. Agilent nebulizers have tight specifications for the best signal intensity and optimum signal-to-noise. Using the right ICP-OES nebulizer will ensure you achieve the optimum performance and reduce your risk of blockage and unplanned downtime.|The SeaSpray glass concentric nebulizer comes standard on the ICP-OES instrument.|The robust V-groove nebulizer is a high total dissolved solids (TDS) nebulizer recommended for routine analysis of samples with up to 30% TDS and particle sizes <350 microns. The inert construction makes it suitable for hydrofluoric (HF) acid digests and organic solutions.|The OneNeb Series 2 nebulizer is a universal, high-efficiency inert nebulizer, based on flow-blurring nebulization technology. The OneNeb provides improved sensitivity, precision, and greater tolerance to dissolved solids over a conventional glass concentric nebulizer.
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Applications
Measuring Inorganic Impurities in Semiconductor Manufacturing (PDF)

A guide to the applications of ICP-MS in the semiconductor industry, including the control of metal contaminants.

  • Publication Part Number: 5991-9495EN
  • Created: 23 Oct 2025
  • 9 MB
  • PDF

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