Understanding the Risk of Carbonyls
When e-liquids are exposed to excessive heat, the base solvents—propylene glycol (PG) and vegetable glycerin (VG)—can undergo thermal decomposition. This process may generate reactive carbonyl compounds such as formaldehyde and acrolein, which are associated with long-term health concerns when present in inhaled aerosols. Preventing this breakdown requires strict control over both formulation and device performance.
Precision-Led Formulation and R&D
At ASDF, carbonyl prevention begins at the formulation stage. Every flavor and ingredient is developed by in-house R&D specialists and subjected to extensive heat-stability testing before reaching the next phase. This process ensures that each component can withstand real-world operating temperatures without degrading, prioritizing both safety and consistency long before external validation takes place.
Independent ISO 17025 Verification
To reinforce these internal standards, ASDF submits its products to accredited third-party laboratories certified under ISO 17025—the global benchmark for testing accuracy and reliability. Emissions are analyzed under demanding conditions, including high-output scenarios such as 50W operation on ENGAGE systems. These tests confirm that no detectable carbonyl compounds are present, providing measurable assurance of product integrity.
Through a combination of disciplined formulation, controlled power design, and independent verification, ASDF delivers a vaping experience built on transparency, safety, and global compliance—without compromise.
For more information, visit www.asdfworldwide.com
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