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–AQtiv-Ion
• 99.0% reduction of bacteria: Claim refers to the effect of AQtiv-Ion which showed 99.0% reduction in E.Coli particles and Staphylococcus Aureus tested at Boken Quality Evaluation Institute Japan following JIS Z 2801 standard.
• 99.9% inhibition of viruses: tested on SARS-CoV-2: Claim refers to the effect of AQtiv-Ion which showed 99.9% reduction in COVID virus particles under lab conditions tested at Nara Medical University, Japan.
• 86.0% reduction of odors: Claim refers to the 86% reduction effect of AQtiv-Ion on formaldehyde, tested at Kinki Bunseki Center, Ltd. Japan.
• 97.1% reduction of allergens: Claim refers to the effect of AQtiv-Ion on Cedar allergens which shows 97.1% reduction, tested at Institute of Tokyo Environmental Allergy.
• 98.7% against dust mites: Claim refers to the effect of AQtiv-Ion on House Dust Mites (98.7% reduction) tested at Viable Ltd. Following JIS-L-1920.standard.
• 99.0% reduction of bacteria: Claim refers to the effect of AQtiv-Ion which showed 99.0% reduction in E.Coli particles and Staphylococcus Aureus tested at Boken Quality Evaluation Institute Japan following JIS Z 2801 standard.
• 99.9% inhibition of viruses: tested on SARS-CoV-2: Claim refers to the effect of AQtiv-Ion which showed 99.9% reduction in COVID virus particles under lab conditions tested at Nara Medical University, Japan.
• 86.0% reduction of odors: Claim refers to the 86% reduction effect of AQtiv-Ion on formaldehyde, tested at Kinki Bunseki Center, Ltd. Japan.
• 97.1% reduction of allergens: Claim refers to the effect of AQtiv-Ion on Cedar allergens which shows 97.1% reduction, tested at Institute of Tokyo Environmental Allergy.
• 98.7% against dust mites: Claim refers to the effect of AQtiv-Ion on House Dust Mites (98.7% reduction) tested at Viable Ltd. Following JIS-L-1920.standard.
–FrostWash
• 3X better at maintaining airflow performance: Two identical units were tested for comparison; with and without FrostWash. Test chamber simulated approx. 2 years of dust and oil build up which may be experienced in a typical home environment. Airflow performance was tested before and after being in the chamber. Unit without FrostWash experienced an 18% drop in airflow performance. Unit with FrostWash experienced only 6% performance drop. Tested at Johnson Controls-Hitachi Tochigi factory, Japan.
• 99% Virus Removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650, on air conditioner model RAS-X22K. Reduction effects of virus was observed by operating FrostWash once.
• 99% Bacteria Removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of bacteria was observed by operating FroshWash™ once.
• 95% Mold Removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of mold was observed by operating FroshWash™ once.
• 3X better at maintaining airflow performance: Two identical units were tested for comparison; with and without FrostWash. Test chamber simulated approx. 2 years of dust and oil build up which may be experienced in a typical home environment. Airflow performance was tested before and after being in the chamber. Unit without FrostWash experienced an 18% drop in airflow performance. Unit with FrostWash experienced only 6% performance drop. Tested at Johnson Controls-Hitachi Tochigi factory, Japan.
• 99% Virus Removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650, on air conditioner model RAS-X22K. Reduction effects of virus was observed by operating FrostWash once.
• 99% Bacteria Removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of bacteria was observed by operating FroshWash™ once.
• 95% Mold Removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of mold was observed by operating FroshWash™ once.
–Frostwash 3.0
• Effective reduction of pet odor: Tested by Kitasato Research Center of Environmental Science. Test 2020_0201. Test model: RAS-X22K Reduction effects on Pet odor were observed by operating FroshWash™.
• Effective reduction of cooking smell: Tested by Kitasato Research Center of Environmental Science. Test 2020_0201. Test model: RAS-X22K Reduction effects on cooking odor were observed by operating FroshWash™.
• Sanitizing effects: 99% virus removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of virus was observed by operating FroshWash™ once.
• 99% bacteria eliminated: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of virus was observed by operating FroshWash™ once.
• 95% mold reduction: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of virus was observed by operating FroshWash™ once.
• 3X better at maintaining airflow performance: Two identical units were tested for comparison; with and without FrostWash. Test chamber simulated approx. 2 years of dust and oil build up which may be experienced in a typical home environment. Airflow performance was tested before and after being in the chamber. Unit without FrostWash experienced an 18% drop in airflow performance. Unit with FrostWash experienced only 6% performance drop. Tested at Johnson Controls-Hitachi Tochigi factory, Japan.
• Effective reduction of pet odor: Tested by Kitasato Research Center of Environmental Science. Test 2020_0201. Test model: RAS-X22K Reduction effects on Pet odor were observed by operating FroshWash™.
• Effective reduction of cooking smell: Tested by Kitasato Research Center of Environmental Science. Test 2020_0201. Test model: RAS-X22K Reduction effects on cooking odor were observed by operating FroshWash™.
• Sanitizing effects: 99% virus removal: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of virus was observed by operating FroshWash™ once.
• 99% bacteria eliminated: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of virus was observed by operating FroshWash™ once.
• 95% mold reduction: Tested by Kitasato Research Center of Environmental Science. Test No. 2020_0650. Test model: RAS-X22K Reduction effects of virus was observed by operating FroshWash™ once.
• 3X better at maintaining airflow performance: Two identical units were tested for comparison; with and without FrostWash. Test chamber simulated approx. 2 years of dust and oil build up which may be experienced in a typical home environment. Airflow performance was tested before and after being in the chamber. Unit without FrostWash experienced an 18% drop in airflow performance. Unit with FrostWash experienced only 6% performance drop. Tested at Johnson Controls-Hitachi Tochigi factory, Japan.
–NanoTitanium Stainless pre-filter
• Effective anti-bacterial effect: "Test by USP 62 method with ESCHERICHIA COLI, CANDIDA ALBICANS.
(Test no. CRSSA/15200/18)".
• Oily Dust Removal: Tested on a wall-mounted air conditioner. Oily dust and 1-year equivalent lint dust was attached for both Normal Pre-Filter and Stainless Pre-Filter, and dust was removed by handy-mop. Easier removal of dust was observed on Stainless Pre-Filter compared with Normal Pre-Filter. Tested at Johnson Controls-Hitachi Labs in Tochigi, Japan.
• Effective anti-bacterial effect: "Test by USP 62 method with ESCHERICHIA COLI, CANDIDA ALBICANS.
(Test no. CRSSA/15200/18)".
• Oily Dust Removal: Tested on a wall-mounted air conditioner. Oily dust and 1-year equivalent lint dust was attached for both Normal Pre-Filter and Stainless Pre-Filter, and dust was removed by handy-mop. Easier removal of dust was observed on Stainless Pre-Filter compared with Normal Pre-Filter. Tested at Johnson Controls-Hitachi Labs in Tochigi, Japan.
–NanoTitanium Wasabi air purifying filter
• Allergen deactivation of 95%: Based on ELISA method (6 hours treatment) by Dust Mites Allergen Analysis (Aleuroglyphus ovatus) at International Medical University Malaysia.
• Antibacterial effect of 99.99%: Based on JIS-Z-2000 method, tested on Staphylococcus aureus at University Putra Malaysia.
• Deodorization effect: Based on Gas detector tube method (GASTEC No.3L), Ammonia (NH3) target, 82% odor removal effect was observed. Tested at Nanopac Testing Laboratory.
• De-VOC effect: Based on Gas detector tube method (GASTEC No.3L), Formaldehyde target, 98% removal of Formaldehyde was observed. Tested at Nanopac Testing Laboratory.
• Mold & Fungi Suppression: "Two fresh breads from the same loaf were placed in separate chamber in the same aclyric box. One together with NanoTitanium Wasabi solution used to coat the ""Nano Titanium Wasabi Air Purifying Filter"", and the other without. After 2 weeks, obvious mold populations have grown on the bread without Nano Titanium Wasabi solution while the bread with Nano Titanium Wasabi solution is still fresh and free of mold. Tested at Nanopac Testing Laboratory."
• 95% removal of PM2.5 particles: Both "NanoTitanium Wasabi Air Purifying Filter" and "Stainless Pre-filter" attached on an indoor unit. Based on JEM1467 (The Japan Electrical Manufacturers' Association), tested on RAS-VX24CJT air conditioner model in continuous cooling operation at high fan speed in a test room of 25m3 volume at 25˚C. PM2.5 particle removal effect of 95% was observed in 10 hours. Tested at Johnson Controls-Hitachi Tochigi labs, Japan (2019).
• Allergen deactivation of 95%: Based on ELISA method (6 hours treatment) by Dust Mites Allergen Analysis (Aleuroglyphus ovatus) at International Medical University Malaysia.
• Antibacterial effect of 99.99%: Based on JIS-Z-2000 method, tested on Staphylococcus aureus at University Putra Malaysia.
• Deodorization effect: Based on Gas detector tube method (GASTEC No.3L), Ammonia (NH3) target, 82% odor removal effect was observed. Tested at Nanopac Testing Laboratory.
• De-VOC effect: Based on Gas detector tube method (GASTEC No.3L), Formaldehyde target, 98% removal of Formaldehyde was observed. Tested at Nanopac Testing Laboratory.
• Mold & Fungi Suppression: "Two fresh breads from the same loaf were placed in separate chamber in the same aclyric box. One together with NanoTitanium Wasabi solution used to coat the ""Nano Titanium Wasabi Air Purifying Filter"", and the other without. After 2 weeks, obvious mold populations have grown on the bread without Nano Titanium Wasabi solution while the bread with Nano Titanium Wasabi solution is still fresh and free of mold. Tested at Nanopac Testing Laboratory."
• 95% removal of PM2.5 particles: Both "NanoTitanium Wasabi Air Purifying Filter" and "Stainless Pre-filter" attached on an indoor unit. Based on JEM1467 (The Japan Electrical Manufacturers' Association), tested on RAS-VX24CJT air conditioner model in continuous cooling operation at high fan speed in a test room of 25m3 volume at 25˚C. PM2.5 particle removal effect of 95% was observed in 10 hours. Tested at Johnson Controls-Hitachi Tochigi labs, Japan (2019).
–NanoTitanium pre-filter
• Effective anti-bacterial effect: "Test by USP 62 method with ESCHERICHIA COLI, CANDIDA ALBICANS.
(Test no. CRSSA/15200/18)".
• Effective anti-bacterial effect: "Test by USP 62 method with ESCHERICHIA COLI, CANDIDA ALBICANS.
(Test no. CRSSA/15200/18)".
