You can concretely observe the high efficacy of Sterilisa's patented disinfection technology, proven in a laboratory environment, in your own living spaces with experiments you can conduct at home. The practical home experiments described below transparently demonstrate how the devices eliminate microbiological threats and maintain biological balance.
In addition to accredited analysis reports, the experimental findings you obtain at home will serve as an indicator of the health shield you provide when using Sterilisa Technology. You can always contact us via the WhatsApp support line and Sterilisa social media accounts to share your experiment results and before/after photos with Sterilisa.
1. Home Tomato Paste Experiment for Sterilisa Surface Disinfection Devices
This experiment visually proves that Sterilisa Pro and Sterilisa Mini surface disinfection devices instantly inactivate microorganisms on surfaces.
Materials:
Two jars of tomato paste of the same brand and production date, purchased from a supermarket, in glass jars with lids.
Procedure:
1. Control Group: Use the first jar of tomato paste as usual, close the lid tightly without disinfection, and place it in the refrigerator.
2. Sterilisa Group: After using the second jar of tomato paste, before closing the lid; apply the disinfection process with your Sterilisa device to the entire surface of the tomato paste and the entire inner surface of the lid from a distance of 2-3 cm. Immediately after the process, close the lid tightly and store it in the refrigerator.
⏳ Result:
Depending on the brand of tomato paste and your frequency of use, observe that while mold starts to form within 5-15 days in the untreated tomato paste; the tomato paste you disinfected with Sterilisa retains its freshness much longer and mold formation is delayed.
2. Home Tomato Paste Experiment for Sterilisa Air Air Purification and Disinfection Device
This experiment demonstrates that Sterilisa Air not only traps dust but also actively eliminates airborne microorganisms, reducing the microbiological load of the environment.
Materials:
Two jars of tomato paste of the same brand and production date, purchased from a supermarket.
Procedure:
1. Pathogenic Environment: Open the lid of the first jar of tomato paste and place it in a room in your home where there is no Sterilisa Air device. Keep the room door closed throughout the experiment.
2. Sterile Environment with Sterilisa Air: Open the lid of the second jar of tomato paste and place it next to the Sterilisa Air device. Do not turn off your Sterilisa Air device during the experiment and ensure the second tomato paste is positioned next to your Sterilisa Air device throughout the experiment.
⏳ Result:
Observe that while the tomato paste in the room without the Sterilisa Air device rapidly molds within 5-10 days due to airborne microorganisms; the tomato paste in the environment cleaned and disinfected by Sterilisa Air remains unspoiled for much longer.
3. Home Cut Flower Experiment for Sterilisa Water Water Purification and Disinfection Device
This experiment demonstrates that the Sterilisa Water device eliminates microorganisms in water and preserves its mineral structure.
Materials:
Two cut flower stems of the same freshness, type (e.g., white rose or carnation), and light color.
Two transparent glass vases or glasses.
Procedure:
1. Cut the stems of both flowers to equal length and diagonally. Label the vases.
2. Control Group: Fill the first vase with direct tap water (or old-style classic purified water producing mineral-free pure water, or bottled water) and place the flower in it.
3. Sterilisa Group: Fill the second vase with disinfected and mineral-preserved water from your Sterilisa Water device and place the flower in it.
4. Place the flowers side by side under the same environmental conditions and do not change their water during the test period.
⏳ Result:
The water in the vase in the control group will become cloudy within a few days, and the flower in this vase will quickly wilt. In the vase in the Sterilisa group, the water will remain crystal clear, and the flower in this vase will retain its freshness longer by being nourished by the natural calcium and magnesium in the water.
