Empirical effect
Evidence
Effect verification of empirical test
OZONEO AERO +
MXAP-DAE280
Anti bacterial effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Kitasato Research Center for Environmental Science Test No. BSF No. 2019_0466 Test Name Airborne bacteria inhibition performance evaluation test Test condition A 25m³ (about 9.72㎡) closed space Test results Anti bacterial by 99% after 1 h Deodorization effect test: Determination of gas concentration (methyl mercaptan)
Implemented body (General corporate body) Japan Food Research Laboratories Test No. No. 20007306001-0101 Test Name Deodorization effect test Test condition 109L closed space Test results Eliminate significantly after 2 h Virus elimination effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Japan Food Research Laboratories Test No. No. 20010243001-0101 Test Name Airborne virus elimination performance evaluation test Test condition A 25m³ (about 9.72㎡) closed space Test results Elimination by 99% after 2 h
# The test results are not those in actual use space. In addition, we cannot guarantee that it is effective to all bacteria, viruses and odor.
# The test results are obtained through “MXAP-AE400” Ozone Anti-Bacterial Deodorizer launched in June 2020. The Ozone Anti-Bacterial Deodorizer “OZONEO AERO + (MXAP-DAE280)” is equipped with an ozonizer using the same mechanism as the “MXAP-AE270”. Although maxell expects to get the same results, the effect cannot be guaranteed.
#The test results were published in May 2020.
Effect verification of empirical test
Ozoneo Aroma
MXAP-FAE274R / FAE275T
Virus elimination effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Kitasato Research Center for Environmental Science Test No. BSF No. 2019_0466 Test Name Airborne bacteria inhibition performance evaluation test Test condition A 25m³ (about 9.72㎡) closed space Test results Anti bacterial by 99% after 1 h Deodorization effect test: Determination of gas concentration (methyl mercaptan)
Implemented body (General corporate body) Japan Food Research Laboratories Test No. No. 20007306001-0101 Test Name Deodorization effect test Test condition 109L closed space Test results Eliminate significantly after 2 h Virus elimination effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Japan Food Research Laboratories Test No. No. 20010243001-0101 Test Name Airborne virus elimination performance evaluation test Test condition A 25m³ (about 9.72㎡) closed space Test results Elimination by 99% after 2 h
# The test results are not those in actual use space. In addition, we cannot guarantee that it is effective to all bacteria, viruses and odor.
# The test results are obtained through “MXAP-AE400” Ozone Anti-Bacterial Deodorizer launched in June 2020. The Ozone Anti-Bacterial Deodorizer “OZONEO AERO + (MXAP-DAE280)” is equipped with an ozonizer using the same mechanism as the “MXAP-AE270”. Although maxell expects to get the same results, the effect cannot be guaranteed.
#The test results were published in May 2020.
Effect verification of empirical test
Ozoneo Areo
MXAP-AE270
Anti bacterial effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Kitasato Research Center for Environmental Science Test No. BSF No. 2019_0466 Test Name Airborne bacteria inhibition performance evaluation test Test condition A 25m³ (about 9.72㎡) closed space Test results Anti bacterial by 99% after 1 h Deodorization effect test: Determination of gas concentration (methyl mercaptan)
Implemented body (General corporate body) Japan Food Research Laboratories Test No. No. 20007306001-0101 Test Name Deodorization effect test Test condition 109L closed space Test results Eliminate significantly after 2 h Virus elimination effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Japan Food Research Laboratories Test No. No. 20010243001-0101 Test Name Airborne virus elimination performance evaluation test Test condition A 25m³ (about 9.72㎡) closed space Test results Elimination by 99% after 2 h
# The test results are not those in actual use space. In addition, we cannot guarantee that it is effective to all bacteria, viruses and odor.
#The test results were published in May 2020.
Effect verification of empirical test
OZONEO room drying NEXT
MXAP-ARD200
Anti bacterial effect test of attached bacteria
Implemented body (General corporate body) Laboratory of Food Environment and Hygiene Test No. 207444N Test Name Anti bacterial effect test of attached bacteria Test condition Blow ozone directly in a 25m³ (about 9.72㎡) closed space, to evaluate the effect Test results Anti bacterial by 99% after 8h Deodorization effect test of half-dried odor
Level 6 odor intensity representation method
Odor intensity Odor degree 0 Odorless 1 The intensity that the odor can be detected finally (detection threshold) 2 Slight odor that can identify the odor (perception threshold) 3 An odor which can be easily perceived 4 Strong odor 5 Very strong odor # When the odor intensity is reduced to “1”, it is equivalent to a reduction of 90%.
Implemented body (General corporate body) Life Science Research Laboratory Test No. LSRL-B123 Test Name Deodorization effect of half-dried odor Test condition Evaluate the deodorization effect of a half-dried odor towel attached with Level 1 substances with the level 6 odor intensity representation method in a 1m³ closed space Test results Reduced the ozone intensity by 3 levels in about 2 h # MXAP-ARD100 (model with an ozonizer using the same mechanism as the MXAP- ARD200) is used for test
# It is not a test result in the actual usage space. In addition, we do not guarantee that it is effective against all bacteria and odors.
Effect verification of empirical test
OZONEO for drying a room
MXAP-ARD100
Anti bacterial effect test of attached bacteria
Implemented body (General corporate body) Laboratory of Food Environment and Hygiene Test No. 207444N Test Name Anti bacterial effect test of attached bacteria Test condition Blow ozone directly in a 25m³ (about 9.72㎡) closed space, to evaluate the effect Test results Anti bacterial by 99% after 8h Deodorization effect test of half-dried odor
Level 6 odor intensity representation method
Odor intensity Odor degree 0 Odorless 1 The intensity that the odor can be detected finally (detection threshold) 2 Slight odor that can identify the odor (perception threshold) 3 An odor which can be easily perceived 4 Strong odor 5 Very strong odor # When the odor intensity is reduced to “1”, it is equivalent to a reduction of 90%.
Implemented body (General corporate body) Life Science Research Laboratory Test No. LSRL-B123 Test Name Deodorization effect of half-dried odor Test condition Evaluate the deodorization effect of a half-dried odor towel attached with Level 1 substances with the level 6 odor intensity representation method in a 1m³ closed space Test results Reduced the ozone intensity by 3 levels in about 2 h
# The test results are not those in actual use space. In addition, we cannot guarantee that it is effective to all bacteria, viruses and odor.
#The test results were published in September 2018.
Effect verification of empirical test
Commercial ozone anti-bacterial deodorizer
MXAP-AE400
Anti bacterial effect test: Determination of airborne bacteria count
Implemented institution (General Incorporated Foundation) Kitasato Research Center for Environmental Science Test No. BSF No. 2020_0537 Test Name Anti bacterial effect test of airborne bacteria Test condition Determine the change in airborne bacteria count in a 25m³ (about 9.72㎡) closed space Test results Confirmation on inhabitation by 99% after 1h Deodorization effect
test
Implemented body Life Science Research Laboratory Test No. No. LSRL-43010-D007 Test Name Test of deodorization effect of household waste Test condition Conduct a sensory evaluation and verification with the level 6 odor intensity representation method in a 22m³ (about 8.10㎡) closed space Test results Eliminate significantly after 4h Virus elimination effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Japan Food Research Laboratories Test No. No. 19123143001-0201 Test Name Virus elimination effect test of airborne virus Test condition Determine the change in airborne virus count in a 25m³ (about 9.72㎡) closed space Test results Confirmation on inhabitation by 99% after 2 h
# The test results are not those in actual use space. In addition, we cannot guarantee that it is effective to all kinds of bacteria, viruses and odor.
Effect verification of empirical test
Commercial ozone anti-bacterial deodorizer
MXAP-AEA255
Anti bacterial effect test: Determination of airborne bacteria count
Implemented institution (General Incorporated Foundation) Kitasato Research Center for Environmental Science Test No. BSF No. 2020_0537 Test Name Anti bacterial effect test of airborne bacteria Test condition Determine the change in airborne bacteria count in a 25m³ (about 9.72㎡) closed space Test results Confirmation on inhabitation by 99% after 1h Deodorization effect test
Implemented body Life Science Research Laboratory Test No. No. LSRL-43010-D007 Test Name Test of deodorization effect of household waste Test condition Conduct a sensory evaluation and verification with the level 6 odor intensity representation method in a 22m³ (about 8.10㎡) closed space Test results Eliminate significantly after 4h # Commercial Ozone Anti-Bacterial Deodorizer MXAP-AE400 (model with an ozonizer using the same mechanism as the MXAP-AEA255) is used for test
Virus elimination effect test: Determination of airborne bacteria count
Implemented body (General corporate body) Kitasato Research Center for Environmental Science Test No. BSF No. 2020_0538 Test Name Virus elimination effect test of airborne virus Test condition Determine the change in airborne bacteria count in a 25m³ (about 9.72㎡) closed space Test results Confirmation on inhibition by 99% after 4 h
# The test results are not those in actual use space. In addition, we cannot guarantee that it is effective to all kinds of bacteria, viruses and odor.
