Environmental monitoring and testing assess the quality of our air, water, soil, and overall ecosystems. Using advanced technologies and analytical methods, environmental scientists collect and analyze samples to measure levels of pollutants, contaminants, and other factors impacting environmental health. By monitoring changes over time and identifying potential risks to human health, this field plays a vital role in informing policy decisions and implementing effective mitigation strategies. Explore how environmental monitoring and testing contribute to safeguarding our planet's well-being and promoting sustainable development.
ICP-MS sampler cone, Platinum-tip with Nickel-plated base. Suitable for 77/78/7900 and 88/8900. Optional cone is recommended for aggressive acids (especially HCl) and high matrix samples. Recommended for analysis of aggressive acids (especially HCl, HF, and HClO4) and for higher-matrix samples. Use with Platinum skimmer cone and brass skimmer base.
Cone care package with 2 pcs of nickel-tip nickel-plated copper base sampler cones for Agilent 7700, 7800, 7850, 7900, 8800 and 8900 ICP-MS. Includes sampler cone 2/pk, magnifier tool, graphite gaskets for sampler 3/pk, cotton swabs 100/pk
Agilent provides a range of Easy-fit peristaltic pump tubing for ICP-MS, in suitable materials for your sample and matrix. This includes robust long-life drain tubing and high purity uptake tubing. Including materials such as PVC, SolvaFlex and Ismaprene to meet your application needs including aqueous, organic solvent or HF resistance. The Agilent ICP-MS features an on-board peristaltic pump that controls the flow of solut…
Agilent UltrAA lamps are high-intensity, boosted discharge hollow cathode lamps that replace conventional lamps used with AA systems. Lamps use standard lamp current but apply an extra boost discharge to increase the emission intensity. The boost current is supplied by a secondary control module (integrated in the instrument, or supplied from an external module). They are compatible with all Agilent AA systems, some require an…
Agilent single-element lamps are available as either coded or economical uncoded lamps. Coded lamps are element coded for automatic recognition by the Agilent AA instrument, simplifying operation and eliminating the risk of time-consuming errors when changing the lamp position. Uncoded lamps provide the same excellent performance as Agilent coded lamps. Agilent lamps are manufactured in an ISO 9001 environment using the pur…
Agilent multi-element lamps have cathode compositions that enable the same lamp to be used for determination of multiple elements. They are available as either coded or economical uncoded lamps. Coded lamps are element coded for automatic recognition by the Agilent AA, simplifying operation and eliminating errors when changing the lamp position. Uncoded lamps provide the same excellent performance as coded lamps. Agilent la…
The Agilent 7650A Automatic Liquid Sampler (ALS) provides reliable, fast, and precise injections for Agilent GC and GC/MS systems.
The 1260 Infinity II Prime Analytical-Scale LC Purification System is a versatile high-performance liquid chromatography instrument offering the highest functionality and operational convenience for analytical-scale purfication HPLC and entry-level quaternary UHPLC at pressures up to 800 bar and for flow rates up to 5 mL/min. This versatile HPLC system gives you the utmost confidence in purifying up to multi-milligram quantit…
The 1260 Infinity II Prime Bio Analytical-Scale LC Purification System is a versatile HPLC for bioseparations and offers outstanding functionality and operational convenience for bioanalytical HPLC and entry-level quaternary bio UHPLC at pressures up to 800 bar and flow rates up to 5 mL/min.
The 1260 Infinity II Bio-Inert Analytical-Scale LC Purification System is a dedicated solution for purifying large biomolecules in biological samples, including monoclonal antibody (mAb) and proteins. 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.
