ICP-OES

Q: How is ICP-OES different from ICP-MS?

ICP-OES is best for higher concentration ranges and routine analysis, while ICP-MS offers lower detection limits for ultra-trace elements.

What Is ICP-OES?

ICP-OES introduces a sample into a high-temperature argon plasma, where elements are excited and emit light at characteristic wavelengths. By measuring this emitted light, the concentration of each element can be quantified.

ICP-OES allows simultaneous measurement of multiple elements with good accuracy and throughput.

What ICP-OES Measures

ICP-OES can detect and quantify:

Major and minor elements
Trace metals
Alloying elements
Metal impurities in materials and products

It is especially effective when element concentrations are higher than ultra-trace levels and wide dynamic range is required.

Why Use ICP-OES?

ICP-OES is chosen when:

multi-element analysis is needed
concentration levels are above ICP-MS detection requirements
robust and cost-effective analysis is preferred
fast turnaround is important

Typical questions ICP-OES can answer:

Does the material meet elemental composition specifications?
Are alloying elements within tolerance?
How do impurity levels compare between batches or suppliers?
Did processing introduce elemental variation?

Typical Application Scenarios

Metals & Alloys

Verification of alloy composition
Comparison of suppliers or processing routes
Quality control of metallic materials

Materials & Product Characterization

Elemental profiling of polymers, coatings, and composites
Evaluation of fillers and inorganic additives
Support for material selection and development

Quality Control & Supplier Qualification

Incoming material inspection
Batch-to-batch consistency verification
Process change validation

Failure Analysis

Identification of elemental contributors to corrosion or degradation
Comparison of “good vs. failed” materials
Root-cause investigations involving elemental variation

R&D & Process Development

Screening of new formulations
Optimization of processing conditions
Evaluation of treatment effects

Sample Types

ICP-OES can be applied to:

solids (after digestion)
liquids and solutions
polymers, coatings, and composites
chemicals and industrial products

Sample preparation typically involves acid digestion or dissolution to bring elements into solution.

What You Will Receive

Each ICP-OES project is delivered with a clear, structured report suitable for engineering and quality decisions. A typical deliverable includes:

test objective and sample description
sample preparation and digestion method
ICP-OES operating conditions
quantitative elemental concentration results
comparison summaries (batch vs. batch, supplier vs. supplier)
interpretation of results in relation to specifications
recommendations for corrective action or follow-up testing

Why Choose Xinbodi for ICP-OES?

Reliable multi-element analysis across a wide concentration range
Experience with diverse material systems
Efficient turnaround for routine and project-based testing
Clear interpretation beyond numerical data
Support for R&D, QC, and failure investigations
Confidential handling of proprietary materials and data