Introduction
Internal Bacterial Hidden Danger Analysis
Ordinary uncompressed materials contain microscopic internal voids. Humid air penetrates these gaps and breeds anaerobic bacteria. Internal bacteria cannot be eliminated by external wiping, gradually producing peculiar odor and hidden skin irritation risks.
Deep Internal Antibacterial Experiment
After 150 days of sealed humid storage, we conducted internal microbial dissection detection. Medical-grade TPE and silicone achieved an internal bacterial inhibition rate of 99.4%. Anaerobic bacteria and mold spores remained at undetectable levels with no internal microbial metabolites generated.
Physical Sterilization Without Chemical Additives
We adopt high-pressure molecular compression technology to reduce internal void rate below 1.8%. Dense internal structures block moisture penetration and bacterial colonization. No chemical antibacterial agents are added, ensuring pure physical sterilization and zero secondary chemical irritation.
Closing Reflection
True sanitation penetrates both surface and interior. Our invisible internal sterilization mechanism builds an all-round antibacterial barrier. Every internally sterile artwork provides pure, reassuring intimate contact experience.