The Science Behind Vaping
When a vape device is activated, its heating element converts the formulation into an aerosol of microscopic droplets. This aerosol contains solvents, flavorings, cannabinoids and, when conditions are sub-optimal, harmful by-productssuch as carbonyls (formaldehyde, acetaldehyde) generated from terpene breakdown or common thinning agents like PG, VG and MCT oil. Our laboratory doesn’t just analyse the liquid— we collect and analyse the inhaled aerosol using the CORESTA Recommended Method 81 (CRM-81) to reveal the true chemical exposure of consumers.
What We Measure
Device Performance
Verify coil integrity, airflow and consistency across the life-cycle of the cartridge or pod at multiple power settings.
Dose Delivery
Quantify cannabinoids, terpenes or nicotine delivered per puff to guarantee accurate, repeatable dosing for consumers.
Chemical Analysis
Detect heavy metals, pesticides, carbonyls and other toxins in both the liquid extract and the generated aerosol.
Stability & Shelf-Life
Assess long-term performance through accelerated aging to ensure flavour, potency and safety remain intact over time.
Why Aerosol Testing Matters
- • Safety: Identify harmful chemicals and contaminants present in both e-liquid and vapor.
- • Quality Control: Maintain device consistency and product excellence from the first to the last puff.
- • Consumer Protection: Prevent unsafe or sub-standard products from reaching the market.
- • Regulatory Compliance: Stay ahead of evolving state and national standards with defensible data.
- • Research & Innovation: Generate insights that inform better formulations and hardware design.
Ready to Validate Your Vape Products?
Partner with California’s premier aerosol testing laboratory for faster turnarounds and unrivalled expertise.