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VisTiO Coating Solution is being developed as a high-adhesion surface coating designed to support indoor air-quality improvement by reducing unpleasant VOC-related odors under everyday indoor-light conditions.
Product specifications and commercial launch details will be updated after further validation.
A laboratory-scale evaluation was conducted using a coated glass substrate under normal indoor-light conditions. The coated sample showed a clear decrease in formaldehyde concentration over time compared with the uncoated control sample.
Final HCHO concentration after 5 hours from an initial concentration of approximately 1 ppm under indoor-light conditions.
The evaluation was performed using a gas sampling bag and detector tube method to compare an uncoated glass substrate with a catalyst-binder coated glass substrate.
| Target gas | Formaldehyde (HCHO) |
|---|---|
| Initial concentration | Approximately 1 ppm |
| Substrate | Glass plate, 100 mm × 100 mm |
| Light condition | Normal indoor light, approximately 361 lux |
| Measurement method | Detector tube method |
| Sampling time | 0 h, 2 h, 5 h |
The uncoated control sample maintained an HCHO concentration of approximately 1 ppm, while the coated sample decreased to approximately 0.3 ppm after 2 hours and 0.1 ppm after 5 hours.
| Sample | 0 h | 2 h | 5 h |
|---|---|---|---|
| Uncoated glass | ~1.0 ppm | ~1.0 ppm | ~1.0 ppm |
| Coated glass | ~1.0 ppm | ~0.3 ppm | ~0.1 ppm |
VisTiO Coating Solution is currently under development. Performance data are being accumulated step by step before commercial release.
The following document is provided as a technical reference for the laboratory evaluation conducted on the submitted sample. It is not presented as product certification, product approval, or an endorsement by the testing organization.
The report is displayed for technical reference regarding the tested sample and test conditions. Please refer to the notice above before using or reproducing this document.
