We continue to expand our analytical capabilities, with the addition of Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES), microwave digestion and other advanced techniques.
These capabilities enhance our ability to deliver precise and reliable metal analysis, supporting high standards of quality control and compliance across a wide range of industries.
Accurate determination of elemental concentrations in metal alloys using high-temperature plasma. Enables multi-element analysis across a wide detection range, from trace levels to bulk composition, for both solid and liquid samples.
Advanced sample preparation technique using controlled temperature and pressure to dissolve complex materials. Ensures consistent and reliable analysis of challenging sample types.
Precise measurement of carbon (C) and sulphur (S) in materials. Essential for quality control and compliance, particularly in cast iron and high carbon steels.
Determination of nitrogen (N) and oxygen (O) content using fusion techniques. Supports accurate assessment of material composition where these elements are critical.
Rapid analysis of a wide range of alloy types, including carbon steels, cast iron, aluminium and stainless steels, using ICP-OES and complementary techniques.
ICP-OES is a leading analytical technique used for the accurate determination of elemental concentrations in metal alloys, in both solid and liquid samples.
By using high-temperature plasma to excite metal atoms, the emitted light is measured to quantify elements with a high level of precision.
Key benefits of ICP-OES testing include:
Typical materials analysed include:
To complement ICP-OES testing, we utilise microwave digestion as an advanced sample preparation technique.
This method uses controlled temperature and pressure conditions to dissolve challenging sample types, ensuring that even complex materials can be accurately analysed. The result is improved consistency and reliability in analytical testing.
We offer combustion and fusion analysis for the precise determination of key elements within materials.
This includes:
These techniques are essential for quality control and regulatory compliance, particularly in materials where elemental composition is critical.
Our LECO analysers provide highly accurate results, especially for carbon content in materials such as cast iron and high carbon steels, ensuring performance and specification requirements are met.
Our expertise spans a wide range of alloy types, allowing us to meet diverse analytical requirements with precision.
We work with:
At present, aluminium and titanium alloys are not included within our analytical scope, although this is kept under review as industry requirements evolve.
With these capabilities, R-TECH Group delivers accurate and dependable analytical results across a wide range of applications.
Our clients benefit from:
These capabilities ensure that projects are supported with a high level of technical expertise and analytical reliability.
We begin by understanding your material, application and the level of detail required from the analysis.
We determine the most appropriate analytical techniques to deliver accurate, meaningful results.
Samples are carefully prepared using controlled methods to ensure consistency and reliability.
Advanced analytical techniques are applied to identify elemental composition and material characteristics.
We translate data into clear insight, supporting quality control, compliance and confident decision-making.
Accurate testing, trusted insight, and practical solutions to help you make confident decisions where materials matter most.
