Discover Agilent vacuum products for eMobility and how vacuum technologies are used in sustainable industrial processes for eVehicle component manufacturing.

Agilent provides solutions for testing and analysis of polymers to identify impurities and confirm raw materials, characterize polymers to optimize engineering and performance, and quantify banned or restricted substances for regulatory compliance.

Disinfection byproducts (DBPs) are the result of organic matter in water reacting with disinfectants added to neutralize microbes. Most DBPs are halogenated compounds, some of which can adversely affect health. Common DBPs in water include...

Forensic toxicology solutions to identify known and unknown substances quickly and confidently

Agilent provides metal contamination monitoring and control solutions for the semiconductor and electronics industry, including monitoring and controlling trace metallic contamination in wafer, CMP slurries, metal interconnects, REE materials,...

Agilent Technologies helps WADA labs stay ahead of doping, keeping sports fair with advanced testing solutions.

The ICP-OES analysis of TiO2 (E171) in food doesn’t always require the use of HF. Discover a safer alternative.

Explore analyzers and renewable energy testing methods to analyze impurities in hydrogen, biofuels, and energy storage devices, so you can ensure that these alternative fuels are free from impurities, since even low-level contaminants can...

ATR-FTIR spectroscopy is the most widely used sampling methodology for FTIR spectroscopy. Quickly and easily measure liquids, solids, powders, semisolids, and pastes. Learn more.

Read and watch these essential resources supporting your digital transformation highlighting the impact of digital pathology and AI.

Agilent Seahorse XF Technology provides critical functional measurements of the two main metabolic pathways, glycolysis and oxidative phosphorylation, for live cells in real-time for a deeper understanding of immune cell biology.

In this soil analysis case study, AgSource, an agronomy laboratory in Wisconsin, USA, talks about their use of Agilent ICP-OES instruments to provide analytical services to local crop consultants and agronomists

Where drinking water is disinfected using chlorine or other oxidants that react with organic matter, trihalomethanes (THMs) can form as disinfection products. THMs like chloroform, bromodichloromethane, dibromochloromethane, and bromoform have been...

Discover vacuum pumps and helium leak detectors that support component and production processes of electric vehicles in all their phases. Agilent is committed to providing innovative solutions to help with the transition to sustainable mobility.

An Agilent autodilutor can automate some of the tedious, time-consuming tasks, such as sample dilution, analysts face when measuring the elemental content of samples.

US EPA method 6020 describes multi-element determination using ICP-MS in environmental samples. Typically, labs applying EPA 6020 must analyze long sequences of samples with high total dissolved solids content, requiring robust instrumentation....

A complete breadth of systems, consumables, software and services to support infectious disease research and vaccine development, including for COVID-19.

Explore enhanced GC analyzers, simulated distillation, and other rapid solutions that ensure accurate and precise process sample test results and efficient laboratory performance, allowing petroleum refineries to run efficiently, productively, and...