COVID-19 Test report

Results on COVID-19 inhibition

We have confirmed that the effective chlorine component of a hypochlorous acid solution of about 10 mg/L at pH 8.5 is effective in inhibiting more than 99.99% of the new coronavirus (SARS-CoV-2) in 1 minute.

We will continue to improve our hypochlorous acid technology and contribute to the realization of clean and comfortable indoor air quality.

COVID-19 Inhibition Results Part 1

Proof of the inhibitory effects of the effective chlorine component of the volatilized hypochlorous acid solution on COVID-19.

The effective chlorine component of the hypochlorous acid solution volatilized from the verification equipment inhibited over 99% of the attached COVID-19 virus in 8 hours.

Test outline

[1] Institution: Texcell (France)
[2] Test subject: COVID-19 (SARS-CoV-2)
[3] Test volume: Approximately 6.7㎥ (2.2×1.8×1.7m) of closed space
[4] Test results: Over 99.99% inhibited in 8 hours.
[5] Report No. 1174/01c2

Certificate of COVID-19 virus inhibition experiment results

Test environment

Approximately 6.7m³

Test results

COVID-19 (SARS-CoV-2)

This verification was designed to generate basic research data on the effects of ziaino^® on the novel coronavirus in laboratory conditions different from those found in living spaces.

COVID-19 Inhibition Results Part 2

Proof of the inhibition effects of a hypochlorous acid solution on COVID-19.

Exposing a hypochlorous acid solution of around 10mg/L at pH 8.5 to COVID-19 inhibited it by more than 99.99% in 1 minute.

Test outline

[1] Institution: Texcell (France)
[2] Test subject: COVID-19 (SARS-CoV-2)
[3] Test volume: Virus solution:hypochlorous acid solution = 1:99
[4] Test results: Exposure of hypochlorous acid solution of about 10mg/L, pH8.5 to COVID-19 inhibits the virus by more than 99.99% in 1 minute.
[5] Report No.: 1174/02c3

Test environment

Virus solution:hypochlorous acid = 1:99

Test results

COVID-19 (SARS-CoV-2)

This verification was designed to generate basic research data on the effects of nanoe^® on the novel coronavirus in laboratory conditions different from those found in living spaces. It was not designed to evaluate product performance.

Statements and claims are made in reference to specific researches and studies.
Due diligence by readers is advised. Panasonic excludes any liability thereof.