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Edible Oils

Edible oils are both for the kitchen table and as formulations in dietary supplements. Minerals or dangerous heavy metals in edible oils can be Edible oils, an essential part of our daily diet, are used in their native form for high-temperature...

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Solutions
Water Testing

Inorganic elemental contamination of water supplies may occur from natural deposits, as well as from industrial, agricultural, and household sources. A high level of drinking water quality is essential, whether the source is bottled water or the...

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Applications
NanoLC(Nanodapter)-TQ를 이용한 극미량 물질 정량분석 (PDF)

본 응용자료에서는 애질런트의 피동 분할 방식의 Nano-liquid chromatograph(nanoLC인 Nanodapter)를 사용하여 저분자 약물과 펩타이드의 정량분석법을 셋업하고 UHPLC-TQ(Triple Quadrupole, 사중극자)와 nanoLC-TQ 각...

  • Publication Part Number: 5994-6345KOKR
  • Created: 11 July 2023
  • 444 KB
  • PDF
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General Article
Trace Metals Analysis in Water Samples Ordering Guide

Workflow ordering guide for analysis of trace metals in water using ICP-OES (EPA 200.7 and EPA 6010). Learn more.

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General Article
Trace Metals Analysis in Water & Waste Samples Ordering Guide

Workflow ordering guide for analysis of trace metals in water and waste using ICP-MS (EPA 200.8, EPA 6020A or ISO 17294-2 methods). Learn more.

Community Search Results

Trace Metal Analysis in Drinking water - Se_78 Question

Trace Metal Analysis in Drinking water - Se_78 Question

Hi, Recently i have run into a issue with my Se_78 CCV. In our lab, we analyze drinking water for 24 different parameters and our CCV has 50ppb of each parameter in it. Our mass spec 7900 is set up with a ISIS and a SPS4 autosampler. We use Sc, In and Tb as our internal standard. Se is the only analyte we scan for using H2 mode, the rest are done in He mode. Lately, our Se CCV starts to drift as the run goes on. It starts out at 50ppb and then continues to decrease, always down toward 40ppb, never up. I have tried making the CCV from a fresh stock solution, different cal stds, different internal standard stocks. Samples are scanned in triplicate and RSDs are always below 3%. Any help or insight would be appreciated. Thank you, Cory

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Does anyone have a digestion method for Calcium Flouride for ICP-OES analysis or similar?

Does anyone have a digestion method for Calcium Flouride for ICP-OES analysis or similar?

Calcium Flouride (CaF2) digestion method. I need a liquified sample for trace metals analysis.

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what the best matrix as diluent for analysis heavy metals in whole blood and urine

what the best matrix as diluent for analysis heavy metals in whole blood and urine

hello im currently develope method for sample whole blood and urine what the best matrix used for diluent?

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Metal Analysis in Seawater

Metal Analysis in Seawater

Hello.Wanted to ask for a protocol/procedure that will enable me to determine the metal concentration in seawater using the MP-AES. Thank you.

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General Article
Trace Metals Analysis in Waste Samples Ordering Guide

Our ordering guide of consumables for trace metals analysis in waste samples, using the EPA 6010D method on an Agilent 5800 Vertical Dual View (VDV) ICP-OES System. 

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Training
SPEC-0GEN-1015e - Trace Metals Analysis Considerations for ICP-OES and ICP-MS Laboratories

If you are starting out as an Analyst in a spectroscopy laboratory, then Trace Metals Analysis Considerations for ICP-OES and ICP-MS Laboratories is for you. This course is for ICP-OES and ICP-MS novices that want to understand the basics...

  • Course Number: SPEC-0GEN-1015e
  • Course Length: 0.3 Hour(s)
  • Course Type: Self-Paced eLearning
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Innovations in Trace Metals Analysis for the Modern Food Testing Lab

This webinar covers analytical methods as well as necessary microwave sample preparation techniques to enhance efficiency and accuracy for the modern food lab.

  • Playing Time: 01:00:19
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General Article
Rapid Analysis of High and Trace Levels of Heavy Metals in Water

High speed analysis of heavy metals in water using Agilent 5800 ICP-OES according to Chinese method HJ 776-2015

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Crude Oil Trace Elemental Analysis Webinar

Elemental analysis of crude oil provides important information in support of upstream activities such as exploration and production. During crude oil refining process, product yields can be reduced due to the presence of elements such as iron,...

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UltiMetal Plus Stainless Steel Capillary Tubing

The preferred choice for most applications due to their superior inertness and robustness.

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Agilent J&W UltiMetal Plus Stainless Steel Capillary Tubing products are the preferred choice for most applications due to their inertness and robustness. These deativated stainless steel tubing products can be used as transfer lines, guard columns, and for making connections in your gas chromatograph (GC). They are treated with UltiMetal Plus deactivation and can be used in an inert flow path.
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Ultimate Plus Deactivated Fused Silica

Inert guard column/retention gap used to extend the life of analytical columns when working with heavy matrix samples.

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Ultimate Plus Deactivated Fused Silica tubing can be used as guard columns, retention gaps, transfer lines, or restrictors to improve GC flow path performance. It is engineered for optimum inertness and peak shape performance with active trace level compounds, for analysts in environmental, food safety, and forensic labs running heavy matrix samples.|For optimum system performance, use Ultimate Plus Deactivated Fused Silica with Ultra Inert GC columns, Ultra Inert liners, and Ultra Inert gold seals. Ensure leak-free GC connections with Ultra Inert treated press fit unions or Ultimate Unions and flexible metal ferrules.
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Split/Splitless Inlet

Most widely-used inlet for gas chromatography.

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The split/splitless (S/SL) inlet is the most popular injection port for gas chromatography because it can be used in either split or splitless mode to cover most analytical requirements. This is a vaporizing GC inlet that vents most of the sample in split mode for major component analysis or transfers most of the sample to the column in splitless mode for trace analysis.|An optional version of the inlet uses Agilent Ultra Inert (UI) deactivation technology to prevent adsorption of active compounds. When used with UI consumables (inlet liner, check-out column, gold seal, UltiMetal Flexible Metal ferrules), an inert flow path improves performance for sensitive analytes at very low concentration levels.
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InfinityLab Acetonitrile for LC/MS

Quality, prefiltered LC/MS acetonitrile for MS applications.

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LC/MS Acetonitrile is a LC/MS grade acetonitrile for use in MS analyses. It works to reduce troubleshooting time by limiting contaminants. InfinityLab LC/MS Acetonitrile is tested and specified for UHPLC-MS with low trace metal impurities and low acidity and alkalinity properties to achieve excellent detection limits for MS applications. LC/MS acetonitrile is prefiltered at 0.2 µm and is ready to use unlike lower quality acetonitrile chromatography solvents that require separate filtering. |InfinityLab LC/MS Acetonitrile was developed for optimum performance of Agilent LC systems. A lot-specific certificate of analysis is available to meet GLP-specific requirements. |Synonyms: Cyanomethane, methyl cyanide, ACN, ethyl nitrile
Formula: CH3CN
CAS Number: 75-05-8
Molecular weight: 41.05 g/mol
Beilstein: 741857
EC index number: 200-835-2
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ICP-MS Laser Ablation

Allows direct analysis of solid samples for bulk composition, “feature”, or inclusion analysis

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Agilent ICP-MS systems connect seamlessly to all leading Laser Ablation (LA) systems to provide high performance LA-ICP-MS analysis of solid samples. LA-ICP-MS is highly flexible, supporting high resolution imaging, micron-scale in-situ elemental and isotopic analysis, quantification of bulk composition, and precise depth profiling. Applications include geochemistry, life science, pharmaceuticals and clinical research, archeology, materials and metals, nuclear, forensics, environmental studies, and more.|The Agilent 7900 single quadrupole ICP-MS and 8900 triple quadrupole ICP-MS (ICP-QQQ) systems provide extremely high sensitivity in “dry” plasma conditions, ultrafast acquisition speed, and 10 – 11 orders of dynamic range for the simultaneous measurement of trace and major elements. Combined with sequence control via ICP-MS MassHunter workstation software, these ICP-MS systems are perfectly suited for LA-ICP-MS analysis. The Agilent 7850 ICP-MS is also compatible with LA-ICP-MS, providing a cost-effective solution without compromising performance.
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7800 ICP-MS

This product has been replaced with the 7850 ICP-MS

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The Agilent 7800 ICP-MS has been superseded by the new smart 7850 ICP-MS instrument. The 7850 ICP-MS is configured for fast setup and streamlined analysis in typical ICP-MS applications, saving you time and making it easier for your lab to deliver great results
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Integrated Autosampler (I-AS)

A high-precision, fast, and flexible autosampler for ultratrace analysis

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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.
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Flexible Metal Ferrules for GC

Agilent Flexible Metal ferrules provide a leak-free seal using less torque, reducing column breakage and securing an inert flowpath.

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Agilent UltiMetal Plus and gold-plated Flexible Metal ferrules are composed of stainless steel and coated to ensure complete inertness. Their unique mechanical design ensures a tight-leak free connection.  Each sized Flexible Metal ferrule is uniquely designed to prevent inventory mixups, and to help you find the ferrule you need quickly. |Put an end to frustration about GC capillary column connections! With the novel design of our proprietary Flexible Metal ferrule, you can confidently make leak free column connections. For inert inlet and detector connections, Agilent recommends using our UltiMetal Plus coated ferrules. While our gold-plated ferrules ensure a tight, leak-free connection with your capillary flow technology (CFT) devices. Thanks to the soft, forming nature of gold, these ferrules prevent microleaks caused by scratches and striations in a used CFT device. These top notch metal ferrules fix the problems of column breakage, leaky connections and damaged fittings experienced with other metal ferrules, while providing key benefits – ease of use and inertness!
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InfinityLab Methanol for LC/MS

LC/MS methyl alcohol for MS analysis and applications.

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LC/MS methanol is a is a water-miscible, polar protic solvent that is widely used in reversed phase LC/MS applications. Agilent InfinityLab LC/MS Methanol is tested and specified for UHPLC-MS. |Agilent's LC/MS methanol is stored in borosilicate glass bottles for the lowest levels of trace metal impurities and contaminations. This LC/MS methyl alcohol is prefiltered at 0.2 µm and ready to use. There is no need to filter separately as there is for lower quality methanol chromatography solvents. The high purity of Agilent LC/MS grade methanol can help you achieve excellent detection limits for mass spectrometry and extend column lifetimes due to reduced contaminants. InfinityLab LC/MS Methanol has been developed for optimum performance of Agilent LC systems. To meet GLP-specific requirements, a lot-specific certificate of analysis is available.|Synonym: Methyl alcohol
Formula: CH3OH
CAS number: 67-56-1
Molecular weight: 32.04 g/mol
Beilstein: 1098229
EC index number: 200-659-6
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Capillary Flow Technology

Dependable leak-free capillary connections allow reliable backflush, split flow, and GCxGC.

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Agilent Capillary Flow Technology (CFT) devices are low thermal mass, oven mountable, and inert. They use flexible metal ferrules that allow GC and GC/MS operators to make reliable, leak-free capillary connections. As part of the Inert Flow Path, they can be used confidently and reliably for the most demanding applications.|Capillary Flow Technology devices increase the flexibility and uptime of Agilent GC systems. For example, many of the CFT devices allow the implementation of backflush, which can reduce sample preparation and downtime by preventing heavy contaminants from reaching the analytical column and detector.

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