Chemical Analysis

ICP-OES analysis, also known as Inductively Coupled Plasma Optical Emission Spectroscopy,

It is a powerful technique used in the field of analytical science. Through the ionization and excitation of the material using a plasma torch, ICP-OES identifies specific characteristics and compositions within materials, while the intensity of emission lines during testing helps determine the quantity of these elements.

This technique is particularly useful for examining various metals, including carbon steels, stainless steels, and aluminium alloys, to identify both major and trace elements present in the material. In cases where smaller samples are involved, ICP-OES may be a more appropriate choice compared to Spark-OES.

This analysis plays a crucial role in understanding the chemical properties of various materials, helping to assess your product’s suitability for specific purposes, and aids with quality, compliance and safety measures.

Using Optical Emission Spectroscopy (OES), we can conduct thorough examinations on a diverse array of metals and alloys.

Spark OES (Optical Emission Spectroscopy) is an analytical technique used for determining the elemental composition of materials. This method relies on the principles of atomic emission spectroscopy to identify and quantify the elements present in a sample.

Spark OES is widely used in industries where precise knowledge of the elemental composition of metals is crucial. This includes applications in metallurgy, quality control of metal alloys, and material testing. The technique is valued for its speed, precision, and ability to analyse a wide range of elements simultaneously.

Our chemistry team can analyse the concentration levels and detect trace amounts of combustion gases within a metal sample, such as Carbon, Sulphur and Nitrogen.

In the manufacturing process of metal products or samples, inconsistencies or irregularities can arise within the material. Using specialist laboratory equipment, we can identify these trace gases and assess whether their levels are within acceptable limits for the production or manufacturing process. By employing infrared absorption techniques, this method measures the heat transfer in the sample, enabling accurate measurement of the concentration of combustible gases. Learn more about carbon, nitrogen and sulphur analysis.

BES Group specialises in testing Copper Nickel Alloy to our inhouse procedures, as required by Naval Engineering Standards (NES) and UK Defence Standards (DEF Stans).

These alloys, known as Cupronickels, are composed of high levels of copper and nickel. Cupronickels possess exceptional resistance to corrosive environments, including saltwater and conditions rich in oxides. As a result, they are highly sought after in industries such as marine, oil, and gas. Due to their anti-corrosive properties, these alloys are commonly used in piping and marine applications.

The high nickel content in these alloys makes our chemical analysis and corrosion science tests particularly valuable to our customers, who come from various industries such as Defence and the Oil & Gas sector.