TRACE METAL ANALYSIS
CVR Labs provides trace metal analysis enabling the determination and identification of metals present in sample matrices including drinking water, wastewater , sludges , soils or food products. Using the advanced instrumentation such as Inductively coupled plasma mass spectrometry CVR Labs conducts a broad range of metal analyses to meet your testing requirements.
What is trace metal analysis?
It is a key analytical process whose objective is to detect and quantify traces or ultra traces of metals in various matrices. Such metals commonly occur on a trace basis, yet they can be detrimental to human and environmental health and industrial operations. The primary goals of analyzing trace metals are as follows:
Monitoring trace metal contaminants in air, water, soil, and food products to establish the impact on ecosystems.
It is the process of ensuring product quality in sectors such as medicines, food, and electronics by evaluating metal contaminants.
It is the protection of workers’ health by assessing and managing exposure to harmful trace elements in industrial environments.
These metal detections in drinking water and food to verify safety criteria are fulfilled.
Comprehensive Trace Metal Analysis Testing Parameters
CVR Labs offers a range of tests to analyse samples for various metals. Here is a comprehensive overview of the available parameters.
Trace metal detection in drinking water and food to verify safety criteria are fulfilled.
|Mercury(Low-Level Mercury testing is available)
These characteristics are critical for determining the presence of metals in various samples, guaranteeing regulatory compliance, preserving human and environmental health, and maintaining product quality.
When it comes to Trace Metal Analysis, you can trust CVR Labs. We excel at providing high-quality Analytical services by utilizing modern technology, equipment, and a dedicated group of experts. Contact us today to understand more about our services and how we can help you discover and regulate trace metals in diverse sample types.