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Need help finding the right ICP supplies? Try our ICP Supplies Selector Tool.
Agilent instrument supplies for ICP-OES such as O-rings, filters, pre-optic windows, and chiller fluid optimize ICP-OES functionality. Accessories to enhance ICP-OES include an Argon humidifier, VGA,and the Multi-mode Sample Introduction System...
From ICP-OES standard operating supplies to application specific kits, Agilent has comprehensive kits available with the parts and supplies needed to guarantee the performance, reliability, and longevity of instruments.
Improve your lab productivity with high-performing, precision-engineered Agilent ICP-OES accessories such as the SPS 4 autosampler, the AVS 6/7 switching valve, the MSIS hydride system, the argon saturator (ASA), and ultrasonic nebulizer (USN).
Agilent has a variety of ICP-OES nebulizers and ICP-OES nebulizer supplies to best suit your application needs. From standard glass concentric nebulizers to the unique inert OneNeb Series 2 nebulizer, Agilent can offer the optimum inductively...
ICP-OES autodilutor supplies, also referred to as ICP-OES inline dilution supplies, include sample loops, glass syringes, valve supplies, tubing kits, and storage solutions for carrier, diluent, or waste. Agilent offers a range of ICP-OES automated...
Issues With Potassium Detection in ICP-OES with Matrixed Samples (K/Na/Li)
Issues With Potassium Detection in ICP-OES with Matrixed Samples (K/Na/Li)
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Howdy, I am newer to the more technical side of ICP-OES so please give me some grace as I explain my issues Currently my system of interest involves quantification of K, Na, and Li using ICP-OES (ICP 5800) and I have been experiencing some interesting results when I attempt to quantify values of potassium in my samples when sodium and/or lithium is present in the same solution.
Developing/Validating EPA 200.7 on 5900 ICP-OES
Developing/Validating EPA 200.7 on 5900 ICP-OES
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Hello, My lab recently got 3 new ICP-OES instruments (5900 series) and we've been trying to develop/validate our EPA method 200.7 but are running into a few issues. We've played around with different conditions and tried to utilize the SVDV viewing mode, but we're not seeing great linearity for our elements.
5800 ICP-OES Zn problems
5800 ICP-OES Zn problems
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Does anyone here use the Agilent 5800 ICP-OES in Ohio or Northern Kentucky? We are having some issues with Zn and would like to talk to companies that are using this instrument.
Determination of elements in phosphoric acid using ICP-MS and ICP-OES
Determination of elements in phosphoric acid using ICP-MS and ICP-OES
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The following elements are to be analysed: aluminum, arsenic, gold, barium, calcium, cadmium, chromium, copper, iron, potassium, lithium, magnesium, manganese, sodium, nickel, lead, sulphur, antimony, silicon, tin, strontium, titanium, vanadium and zinc. In an older Agilent ICP-MS application (Agilent 7500 ICP-MS), I read that phosphoric acid must be diluted to at least 1:100. Is the viscosity of the phosphoric acid the problem? Furthermore, I have read in a Perkin-Elmer ICP-OES application (Optima 8300) that, in this case, the phosphoric acid only needs to be diluted 1:10. As we do not have an ICP-MS-QQQ, we would need to measure the silicon and sulphur using OES; we would also measure the calcium, potassium and sodium using OES.
Agilent ICP-OES software works in harmony with the hardware to deliver unprecedented insight into your samples and extensive instrument feedback, as well as a CFR package for regulated laboratories looking to achieve 21CFR11 compliance.
Agilent has all ICP-OES switching valve needs. Find AVS 4/6/7 and SVS 1/2 switching valves and accessories such as sample loops, tubing and fittings here.
Agilent ICP-OES instruments combine innovative design and a wealth of smart features and integrated sensors to deliver unprecedented sample insight, hardware feedback, performance, speed, and ease-of-use to put you in total control.
ICP-OES requires tubing to connect the various components of the sample introduction system. Agilent’s ICP-OES tubing is made of high-quality materials to ensure proper connection of gas and liquid lines.|Agilent provides a wide range of ICP-OES...
The Agilent ICP-OES spray chamber range includes the glass, double pass, cyclonic chamber, the temperature-controlled spray chamber, and the inert spray chamber, as well as the ICP-OES spray chamber accessory range.|Agilent ICP-OES use a glass,...
Agilent ICP-OES software works in harmony with the hardware to offer you unprecedented insight into your samples and extensive instrument feedback, as well as a CFR package for regulated laboratories looking to achieve 21CFR11 compliance.
The argon plasma used in ICP-OES is contained in the ICP-OES torch and generated by radio-frequency (RF) energy which passes through the RF coil. The ICP-OES torch consists of a quartz outer tube set and either a quartz or alumina injector....
Agilent has all inert supplies required for HF analysis. From the inert torch with alumina injector to the OneNeb 2 inert nebulizer, find all needed HF-resistent sample introduction supplies.
Agilent has a complete portfolio of PerkinElmer ICP-OES supplies guaranteed to work with your PerkinElmer Optima systems.
Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES), also known as Inductively Coupled Plasma Atomic Emission Spectroscopy (ICP-AES), is a well-established technique for determining elements in a wide variety of samples. To learn more...
Agilent plug and play Easy-fit MP-AES torches eliminate torch alignment for fast start-up and reproducible results. One piece quartz or inert torches for HF applications, plus supplies are available to suit your application needs.
In atomic absorption spectroscopy, an AA nebulizer, or AAS nebulizer, converts liquid samples into a fine aerosol mist for introduction into the atomization system. Each Agilent AA nebulizer is engineered for optimal aerosol generation, ensuring...
Atomic Absorption Spectroscopy (AAS) is a common technique for quantifying metals in a wide variety of samples. Flame AAS is for general use and is low-cost and easy to use. Furnace AAS delivers better detection limits. The AA Duo models give you...
Agilent provides an extensive range of flame and graphite furnace AA accessories to extend the capabilities of your atomic absorption systems so that you can meet analysis challenges with confidence.
A hollow cathode lamp is used as a spectral line source for Atomic Absorption (AA) instruments. AAS lamps utilize the hollow cathode effect to generate light at wavelengths for the element of interest. The emission line selected must avoid...