Material Safety, Engineering Quality & ESG Responsibility
Material safety is built into APREAL’s design from the outset, using FDA food-contact–grade compliant materials selected for long-term stability, chemical inertness, and low migration risk, benchmarked against food and high-standard consumer products rather than traditional smoking accessories.
Our Approach
We integrate material safety, engineering quality, and ESG responsibility into the foundation of product design, using FDA food contact grade compliant materials that are independently verified through REACH and PAHs testing and engineered for long term chemical stability and low migration risk, ensuring that performance, safety, and environmental responsibility are inherent to the system and not added as afterthoughts or marketing claims.
Engineering-Level Material Safety Verification
Filtration performance is supported by independently verified material purity, with third-party testing confirming REACH compliance across 251 SVHC substances below 0.1 percent by weight and PAHs results showing no detectable compounds, ensuring no secondary contamination during use.
Defining Advanced Materials Through Stability and Control
Advanced materials are defined by stable, predictable, and verifiable performance, engineered to maintain chemical and structural integrity under use conditions without particle shedding, migration, or sensory interference, ensuring consistent safety and performance over time.
Engineering-Driven ESG Integration
Environmental (E)
Material use optimized for functional efficiency with minimal redundancy
Avoids unnecessary material complexity driven by superficial “feature stacking”
Reduces overall resource load per use while meeting performance and safety targets
Social (S)
Explicit alignment with FDA, REACH, and international safety frameworks
Transparent disclosure of material testing and compliance results
Risk mitigation is built into the product design rather than shifted to user judgment
Governance (G)
All critical materials validated through third-party testing
Compliance pathways are clear, auditable, and repeatable
Product engineering and regulatory strategy remain structurally aligned over time