By Equipment · ICP / ICP-MS

ICP / ICP-MS Reference Materials & Sample Preparation

Support reliable trace and ultra-trace elemental analysis with appropriate sample preparation, calibration standards, internal standards and matrix-matched reference materials.

Sample Matrix

Typical Sample Types for ICP / ICP-MS

The appropriate analytical method depends on the sample matrix, target analytes, concentration range and required accuracy.

Water & Wastewater

For drinking water, wastewater, process water and environmental monitoring.

Drinking WaterWastewaterGroundwaterProcess Water

Soil & Sediment

For environmental, mining and contamination studies requiring digestion before analysis.

SoilSedimentSludgeDust

Food & Agriculture

For elemental and contaminant analysis in food, feed, plants and agricultural materials.

FoodFeedPlantFertilizer

Pharmaceutical & Chemical

For elemental impurities, raw materials and chemical manufacturing applications.

PharmaRaw MaterialsChemicalsUSP <232>/<233>

Metals & Alloys

For dissolved metal samples, plating baths and elemental confirmation after digestion.

SteelAlloyPlating BathMetal Digest

Mining & Geological

For ores, concentrates and geological materials after suitable digestion or fusion.

OreConcentrateRockGeological
Sample Preparation

Prepare the Sample for Reliable Measurement

ICP and ICP-MS normally require the analyte to be presented as a clean, representative liquid solution. Sample preparation therefore focuses on digestion, dissolution, dilution, filtration and contamination control.

Representative Sample Matrix Control Contamination Control Repeatability
01

Representative Sampling

Collect a representative sample and avoid contamination from tools, containers and handling.

02

Digestion / Dissolution

Use suitable acid digestion, microwave digestion, fusion or dissolution based on the sample matrix.

03

Dilution / Filtration

Bring the digest into the required concentration range and remove particulates when appropriate.

04

Blank & QC Preparation

Prepare method blanks, calibration standards, spikes, internal standards and QC samples.

CRM Selection

How to Select the Right Reference Material

Reference material selection should follow the real sample matrix, analytes, working range and intended use of the material.

01

Match the Analytes

Select standards that include the target elements required by the method or application.

02

Cover the Calibration Range

Use calibration levels that bracket the expected concentration of real samples.

03

Control the Matrix

Match acid concentration, solvent composition and matrix effects where practical.

04

Define the Purpose

Separate calibration standards, internal standards, QC standards and matrix CRMs by function.

Standards & Manufacturers

Reference Material Options

Availability depends on analyte, matrix, concentration range, certification scope and manufacturer portfolio.

Common Standard Types

  • Single-element calibration standards
  • Multi-element calibration standards
  • Internal standards for ICP-MS
  • Matrix reference materials
  • Environmental and water CRMs
  • QC / verification standards

Relevant Manufacturers

Final selection should be based on the exact method, matrix, analyte range and certificate requirements of your laboratory.

Applications

Where ICP / ICP-MS Is Commonly Used

Use the application context to define sample preparation, calibration strategy, CRM type and quality-control plan.

Environmental Monitoring

Trace metals in water, wastewater, soil and sediment.

WaterEPAHeavy Metals

Food & Agriculture

Nutrients, contaminants and trace elements in food and agricultural matrices.

FoodFeedFertilizer

Pharmaceutical

Elemental impurities and raw-material verification.

ICH Q3DUSPRaw Materials

Mining & Metals

Elemental characterization of digested ores, concentrates and metal samples.

OreConcentrateMetals

Need Help Selecting the Right CRM for ICP / ICP-MS?

Tell us your instrument, sample matrix, target analytes, concentration range and analytical objective. Alpha Prime Lab will help evaluate the appropriate reference material, sample preparation route and calibration approach.