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The Agilent 9500 ICP-MS delivers true ICP-MS/MS performance without the complexity.
The Agilent 9500 Triple Quadrupole ICP-MS delivers true ICP-MS/MS performance without the complexity. Its proprietary Dual-Cell System, with Advanced Helium Mode (AHM) and Air mode, enables fast, interference-free analysis across complex matrices, delivering results you can trust.|Built for labs that need higher performance without workflow disruption, the 9500
ICP-QQQ simplifies method development and routine analysis. AHM replaces multiple tune modes to cut acquisition time by >33%, while Air cell uses ambient air to remove difficult interferences.
ICP-QQQ simplifies method development and routine analysis. AHM replaces multiple tune modes to cut acquisition time by >33%, while Air cell uses ambient air to remove difficult interferences.
Typical supplies for VGA 77 Vapor Generation Accessory used with Agilent flame AA Spectrometers
The Agilent fully automated modular VGA 77 vapor generation accessory is used with Agilent flame AA systems to. enables rapid trace level determinations of mercury and other hydride-forming elements at parts-per-billion (μg/L) concentrations using the vapor or hydride generation technique. The VGA 77 offers the convenience of flame AA determinations, unmatched precision at ppb levels, and ease-of-use from the continuous flow operation.|The entire plumbing assembly is integrated into a separate hydride module, which can be simply exchanged when switching between elements. This reduces change-over times and eliminates cross-contamination from by the conflicting chemistries required for each element.
Accessories and supplies for skimmer and sampling cones for use with our ICP-MS portfolio
Agilent's high quality ICP-MS systems contain interfaces that have a step-down vacuum stage, located between a pair of conical metal plates, known as interface cones. In common terminology, the first and second cones are referred to as the sample cone and skimmer cone, respectively. Agilent has all your interface cone maintenance needs covered with our range of supplies and accessories.|A range of accessories, components and spare parts are available including cone tools, magnifier and cleaning fixtures, sampling cone carbon/graphite gaskets, cotton cleaning swabs, Citranox and Alumina powder.
Agilent single element atomic absorption lamps are available as coded, uncoded or high intensity UltrAA AA lamps.
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.
Convenient PFA ICP-MS sample introduction kits include all inert components needed for HF analysis
Inert sample introduction systems for the Agilent ICP-MS enable analysis of samples containing hydrofluoric (HF) acid. This kit replaces the standard quartz sample introduction parts, which are attacked and degraded by the free HF, with PFA components suitable for the analysis of high purity samples|These inert kits conveniently include the correct torch, injector, spray chamber and tubing required to run HF digests and low-level Boron and Silicon using the Agilent ICP-MS. The kit includes a PFA double pass Scott-type spray chamber, connecting tube and injector holder, fitted to a semi-demountable quartz torch. An inert sapphire or platinum injector for the torch is also included.
Enables separation and analysis of chromium compounds at low levels in water samples
The Agilent chromium speciation kit delivers fast, routine separation of Cr(III) and Cr(VI) at low levels in drinking water, using LC(IC)-ICP-MS. The kit provides a proven ion exchange separation with Agilent LC coupled to Agilent ICP-MS systems.
Typical supplies for up to 12 months use of VGA 77 and SIPS 10/20 used with flame AAS instruments
Agilent's spares kit provides the typical operating supplies required for moderate use of the VGA 77 and SIPS 10/20 accessories used with flame Atomic Absorption systems
Agilent is an expert in speciation analysis, offering HPLC-ICP-MS parts and interface supplies.
To simplify the connection of the HPLC column to the ICP-MS, Agilent offers a range of pre-configured kits for capillary and nano-flow LC-ICP-MS. Kits are also offered for conventional HPLC/IC-ICP-MS, with all the tubing and connectors required to interface an Agilent Infinity LC or other HPLCs to the Agilent ICP-MS.|Specialized capillary LC interface components include a total consumption nebulizer and a compatible low-volume, total consumption spray chamber. These enable rapid sample stabilization and washout times and maintain chromatographic peak resolution.
Powerful, flexible ICP triple quad (ICP-QQQ) supports MS/MS mode for advanced interference control
The Agilent 8900 triple quadrupole ICP-MS (ICP-QQQ) is the world’s most successful and widely used tandem ICP mass spectrometer. Available in a range of configurations to cover applications from routine contract analysis to advanced research and high-purity materials analysis, the Agilent 8900 ICP-QQQ redefines ICP-MS performance, delivering results you can trust.|The 8900 offers the same matrix tolerance and robustness as Agilent’s market-leading single quadrupole ICP-MS systems, combined with the industry’s most effective helium (He) collision mode. But the 8900 adds tandem mass spec operation (ICP-MS/MS) for unmatched control of reaction chemistry in the collision reaction cell (CRC), making it the world’s most powerful and flexible multi-element analyzer. Let the 8900 ICP-QQQ take control of your interferences and put your results beyond doubt.
Drain tubing and fittings for aqueous and organic solvents for all Agilent ICP-MS instruments
ICP-MS drain tubing is used to transfer liquid waste from the spray chamber drain to a waste vessel. Agilent provides a variety of ICP-MS drain tubing, connectors and other fittings applicable to different Agilent ICP-MS instrument models. Our portfolio also includes an assembled spray chamber drain tube assembly, which can join the spray chamber waste port to the peristaltic pump tubing. |Agilent ICP-MS drain tubing uses acid and organic solvent resistant materials to give long life and leak free connections. The standard PVC drain tubing is recommended for aqueous samples, including acid digests. For organic solvents, this should be replaced with ETFE coated Urethane tubing that is solvent resistant. |Regular inspection of the drain tubing is recommended and replacement if the tubing has perished or shows discoloration.
A high-precision, fast, and flexible autosampler for ultratrace analysis
The Agilent integrated autosampler (I-AS) is a clean, covered ICP-MS autosampler used for ultratrace analysis of semiconductor samples and other trace metal applications on Agilent ICP-MS systems.|The I-AS is ideal for semiconductor analysis, small sample volumes, and other applications involving ultratrace level analysis. With its metal-free probe arm, removable sample rack cover, and continuous flowing rinse port, the I-AS is designed for trace level analysis of elements that are common laboratory contaminants. Flexible sample tray configurations and large volume bottles for tune solution, standards, or additional rinse solutions accommodate a wide range of sample analysis.
O-rings for routine maintenance of the current Mark 7 or earlier Mark VI flame atomization system
A number of O-rings are used throughout the current Agilent Mark 7 flame atomization system, and the earlier Agilent Mark VI flame atomization system, including on nebulizer components, the spray chamber and the burner. Regular inspection of the O-rings is recommended, especially when completing routine maintenance on the flame atomization system. O-rings should be replaced if they are perished, show excessive wear or have any nicks or cuts on the surface.|The regular black O-rings are suitable for use with aqueous solutions, including acid digests. For compatibility with organic solvents, perfluoroelastomer (white) O-rings should be fitted. The perfluoroelastomer O-rings are suitable for use with both aqueous and organic solutions.
Sample introduction kits for Agilent ICP-MS including advanced configurations
Agilent offers convenient sample introduction kits for ICP-MS, including for the analysis of organic solvents. This includes replacement sample introduction tubing resistant to solvents, and torch that has a narrower bore injector to reduce the solvent load on the plasma.|Other sample introduction kits available include advanced configurations for research and development. Total consumption nebulizer and single-pass spray chamber used for single-cell analysis are also available.
Agilent is an expert in speciation analysis, offering GC-ICP-MS parts and interface supplies.
The Agilent GC-ICP-MS interface consists of a heated, passivated transfer line and a special torch with a heated injector tube. The unique GC-ICP-MS interface is ideal for routine analysis of high-boiling point compounds, providing unparalleled performance for advanced GC-ICP-MS applications.|Argon make-up gas supplied by the ICP-MS is preheated via a stainless steel heat exchanger inside the GC oven before being added to the GC column effluent at the head of the transfer line. In this way, the sample is maintained at constant high temperature from the end of the chromatographic column in the GC oven to the tip of the ICP injector.
Agilent Speciation columns ensure excellent peak separation & reproducibility for your applications
HPLC separation, followed by ICP-MS detection is well established as the analytical method of choice for speciation analysis of many sample types. As a leader in GC and HPLC systems, columns, and ICP-MS instrumentation, Agilent is at the forefront of hyphenated ICP-MS research and development.|For GC or HPLC with ICP-MS to succeed, your chromatographic column must be able to reproducibly separate the various chemical species. Agilent Speciation columns ensure excellent peak separation and reproducibility for the most common speciation methods. Find application specific columns for arsenic (As) or chromium (Cr) in drinking water, urine, foods, and more.
Mark 7 burner used with Mark 7 flame atomization system for current Agilent flame AA instruments
The Mark 7 burner used with the Mark 7 flame atomization system was designed to provide a more stable flame with improved resistance to salt and carbon build up. This translates into longer running times and hence better productivity.|The Mark 7 burner fits all current Agilent flame AA instruments and the earlier SpectrAA series instruments, and is compatible with the Mark V, VI, and 7 spray chambers.
Integrated autosampler (I-AS) supplies for ICP-MS for ultratrace analysis on Agilent ICP-MS systems
Agilent integrated autosampler (I-AS) supplies for ICP-MS including replacement tubing kits for in-built peristaltic pump and sample probes, which may be integrated with PFA concentric nebulizers including MicroFlow and C-Flow.|Agilent offers the fast, flexible, and high-precision integrated autosampler (I-AS) specifically for ultratrace analysis on Agilent ICP-MS systems. The I-AS is ideal for semiconductor applications. In addition, a range of QA/QC control procedures, such as EPA protocols, can be automated using the optional Intelligent Sequencing software.
Narrow bore and wide bore capillary tubing for various applications, solvents, and sample types
The performance of Agilent nebulizers can be adjusted by switching the type of capillary tubing fitted to the nebulizer.|Precut lengths of narrow bore capillary tubing (0.38 mm ID) with a flared end is recommended for use with barrel nebulizers in Hi-vac mode and with aqueous solutions. This tubing is also recommended for samples that have relatively low levels of dissolved solids.|Wide bore capillary tubing (0.64 mm ID) is recommended for use with barrel nebulizers in the high solids position and with samples that have high levels of dissolved salts. This tubing is also recommended for use with the adjustable nebulizer when aspirating organic solvents.
A range of update kits for the SPS 4 extend sample handling and minimize contamination with ICP-MS
Agilent offers a range of update kits and optional accessories to upgrade sample handling capacity with the Agilent SPS 4 when used with Agilent ICP-MS instruments.|These kits include high volume and pumped rinse kits, dual rinse stations and autosampler covers with extraction designed to minimize risk of environmental contamination of trace samples.
Optional accessories for the Agilent graphite furnace AAS systems to help you improve productivity
Agilent's optional accessories for graphite furnace AAS systems to help you improve productivity and ease of use. The GTA viewing and fume extraction accessory removes fumes and vapors that emerge from the graphite tube through the exhaust. It also improves viewing of the injection hole assists with alignment of the dispensing capillary of the PSD 120 furnace autosampler. It is compatible with the Agilent GTA 120 and GTA 120 Zeeman graphite furnace AAS.|The high capacity carousel option increase sample capacity to 130 samples, with 5 central vessels for standards and modifier.|The bubble-free syringe update for the PSD-97/100 helps to eliminate bubble formation in the syringe during extended operation and improves long term precision.