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Benzene Testing by GC-MS
Benzene Testing by GC-MS: Sensitive analytical testing to detect and quantify trace benzene contamination in cosmetic, personal care, and consumer products using gas chromatography–mass spectrometry.
Price per sample:
$315
Additional information
| Turnaround Time | 3 weeks |
|---|---|
| Sample Size | 20 grams |
Benzene Testing by GC-MS
Overview of the Analysis
Benzene testing by GC-MS helps identify and measure trace amounts of benzene in cosmetic, personal care, and consumer products. Benzene is not added intentionally. However, it can appear as an impurity in certain raw materials or form during manufacturing. Because benzene poses known health risks, testing plays an important role in product safety reviews.
Brands often request this analysis to better understand potential contamination risks before products reach the market. In recent years, regulators and retailers have increased their focus on trace benzene levels. For this reason, proactive testing helps companies respond confidently to safety questions.
Analytical Method and Sensitivity
Pentyl Labs performs this analysis using gas chromatography–mass spectrometry (GC-MS). This technique separates benzene from other components and identifies it with high specificity. GC-MS also offers strong sensitivity, which allows detection at very low concentrations.
Analysts prepare samples using validated procedures that support consistent results across different product types. These methods work well for liquids, semi-solids, and aerosol products. As a result, manufacturers can apply the same approach across multiple formulations.
Why Benzene Testing Matters
Benzene is classified as a known human carcinogen. Because of this classification, many companies include benzene testing by GC-MS in routine safety programs. The data supports internal risk assessments and helps guide formulation or sourcing decisions.
Testing also supports investigations related to raw material changes, supplier qualification, or reformulation efforts. When companies identify benzene early, they gain time to correct issues before distribution.
Program Integration and Compliance Support
Manufacturers often include this service within broader Chemical Analysis Services and Safety and Compliance Testing programs. These programs help brands manage chemical risks across product lines.
Regulatory agencies such as the U.S. Food and Drug Administration (FDA) provide guidance on chemical contaminants and product safety expectations. Test results generated through GC-MS support documentation used for audits, regulatory inquiries, and retailer requirements.
Supporting Confident Product Decisions
Overall, benzene testing by GC-MS provides clear and defensible data that supports safer products and informed decision-making. By identifying trace contamination early, brands reduce risk and strengthen consumer confidence prior to launch.
Description
Benzene Testing by GC-MS
Overview of the Analysis
Benzene testing by GC-MS helps identify and measure trace amounts of benzene in cosmetic, personal care, and consumer products. Benzene is not added intentionally. However, it can appear as an impurity in certain raw materials or form during manufacturing. Because benzene poses known health risks, testing plays an important role in product safety reviews.
Brands often request this analysis to better understand potential contamination risks before products reach the market. In recent years, regulators and retailers have increased their focus on trace benzene levels. For this reason, proactive testing helps companies respond confidently to safety questions.
Analytical Method and Sensitivity
Pentyl Labs performs this analysis using gas chromatography–mass spectrometry (GC-MS). This technique separates benzene from other components and identifies it with high specificity. GC-MS also offers strong sensitivity, which allows detection at very low concentrations.
Analysts prepare samples using validated procedures that support consistent results across different product types. These methods work well for liquids, semi-solids, and aerosol products. As a result, manufacturers can apply the same approach across multiple formulations.
Why Benzene Testing Matters
Benzene is classified as a known human carcinogen. Because of this classification, many companies include benzene testing by GC-MS in routine safety programs. The data supports internal risk assessments and helps guide formulation or sourcing decisions.
Testing also supports investigations related to raw material changes, supplier qualification, or reformulation efforts. When companies identify benzene early, they gain time to correct issues before distribution.
Program Integration and Compliance Support
Manufacturers often include this service within broader Chemical Analysis Services and Safety and Compliance Testing programs. These programs help brands manage chemical risks across product lines.
Regulatory agencies such as the U.S. Food and Drug Administration (FDA) provide guidance on chemical contaminants and product safety expectations. Test results generated through GC-MS support documentation used for audits, regulatory inquiries, and retailer requirements.
Supporting Confident Product Decisions
Overall, benzene testing by GC-MS provides clear and defensible data that supports safer products and informed decision-making. By identifying trace contamination early, brands reduce risk and strengthen consumer confidence prior to launch.
