XRF Analysis & X-Ray Fluorescence Testing

EMSL Analytical provides XRF Analysis and X-Ray Fluorescence Testing for the identification and measurement of elements in metals, minerals, powders, ceramics, glass, soils, polymers, industrial materials and other sample matrices.

X-ray fluorescence spectroscopy provides valuable information about the elemental and chemical composition of materials and is widely used for materials characterization, quality control, manufacturing, environmental investigations, product development and research.

XRF Analysis, also known as X-Ray Fluorescence Analysis, is an analytical technique used to determine the elemental composition of a material.

During XRF analysis, a sample is exposed to X-rays. Elements within the material respond by producing characteristic fluorescent X-rays. By measuring these signals, laboratory instrumentation can identify elements present in the sample and, depending on the analytical procedure and sample matrix, determine their concentrations.

XRF is particularly useful for analyzing many solid materials and powders and can provide elemental information with relatively limited sample preparation for many applications.

XRF testing can identify and quantify a wide range of elements in many different materials. The specific elements, detection limits and concentrations that can be reported depend on the analytical method, instrumentation and sample matrix.

XRF analysis can be useful when a customer needs to determine:

One advantage of X-Ray Fluorescence Analysis is its usefulness across a broad range of sample types.

XRF analysis can be used for elemental characterization of metals, alloys, steel and other metallic materials. Applications can include material verification, quality control, failure investigations and identification of unknown metallic materials.

XRF is widely used for elemental analysis of minerals, ores, rocks, clays, soils and other geological materials.

The resulting elemental information can assist with mineral characterization, mining applications, geological investigations and raw material evaluation.

Powders, raw materials, manufacturing feedstocks and other bulk materials can be analyzed using XRF to determine their elemental composition.

XRF testing can provide elemental composition information for ceramics, glass and other inorganic manufactured materials.

XRF can be used to investigate selected elements in polymers, plastics and manufactured products.