Use scenarios and methods of hypochlorous acid disinfectant

1. Air disinfection: After being diluted according to a ratio of 1:5, spraying indoors with an atomized spray can can kill bacteria.

2. Floor disinfection: directly spray the ground with hypochlorous acid disinfectant stock solution or when mopping the floor, soak the mop with hypochlorous acid disinfectant and wipe the floor

3. Disinfection of tableware, toys, etc.: After diluting at a ratio of 1:5, soak the tableware or toys for more than 3 minutes

4. Wash your hands: Wash your hands after diluted 1:5, which can effectively kill bacteria

5. Disinfect fruits and vegetables to remove pesticide residues: Use hypochlorous acid disinfectant stock solution to soak fruits and vegetables (rinse with water after soaking), which can not only kill bacteria, but also remove pesticide residues.

6. Sterilization of meat and fish: After soaking meat and fish in hypochlorous acid disinfectant, it can not only kill bacteria, but also make the meat and fish taste more delicious.

`

7. Other methods of use: spray to remove bad breath (diluted at 1:10 ratio), treat athlete's foot (soak feet after dilution at 1:5)


Precautions for using hypochlorous acid disinfectant:

If you accidentally spray on your eyes, you need to wash your eyes with clean water repeatedly until the discomfort disappears.

It is used to remove bad breath. It is strictly forbidden to spray the original liquid into the mouth. Be sure to use it after dilution (1:10)

Avoid direct contact with the original liquid for children and children (if you need to wash your hands, you must dilute it in a ratio of 1:10)

The original solution should be used as soon as possible after preparation. If it is not used up at a time, keep it away from light (the hypochlorous acid disinfectant will decompose faster and lose its effect when the temperature is higher than 40 degrees and direct sunlight)

Comments

Post a Comment

Popular posts from this blog

Microfabrication of biomedical lab-on-chip devices. A review/Biomeditsiiniliste kiiplaborite valmistamine.

Image
1. INTRODUCTION Lab-on-chip technology focuses on the development of hybrid devices, which integrate fluidic and electronic components onto the same chip [1-5]. They are devoted primarily to liquid sample testing and handling. Such devices reduce laboratory processes in a manner competitive to bench-top instruments. Lab-on-chip technology emphasizes integration, chip programmability, increased sensitivity, minimal reagent consumption, sterilization and efficient sample detection and separation. Lab-on-chip functionality includes sample handling, mixing, filtering, analysis and monitoring. A typical lab-on-chip device contains microchannels, which allow liquid samples to flow inside the chip, but also integrates measuring, sensing and actuating components such as microvalves, microfluidic mixers, microelectrodes, thermal elements, or optical apparatuses. Some commercial lab-on-chip devices incorporate electronics that operate their apparatuses (Fig. 1). The lab-on-chip devices are c
Read more

wifi paddle boat.

Image
Summer is in full swing in Oklahoma and the kids, grandkids, nieces, nephews and, well, just about everyone we know is in Lake Zumwalt to cool down. My wife has purchased enough pool toys to fill Lake Zumwalt, so I figured I would join the pool toy fray with WiFi Paddle Boat.WiFi Paddle Boat is a paddle boat controlled via wifi using rubber a smart phone, tablet or other touch enabled device. WiFi Paddle Boat creates a wifi access point (much like the small sport cameras) that you connect to via your wifi enabled device wifi settings. Then, using your wifi touch enabled device web browser, you simply navigate to the WiFi Paddle Boat web page and off you go! The controls for WiFi Paddle Boat are identical to those of my "Lady Buggy" and "Santa Sleigh" designs so it's easy for the grandkids to operate.A word of caution; I designed WiFi Paddle Boat to be "splash resistant" not "water proof", so if a rogue wave, grandchild, niece, nephew, et
Read more

Analysis of mechanical seal leakage Cause

In centrifugal pumps and reaction kettles, the seal between the rotating pump shaft and the stationary casing is simply referred to as a shaft sealing device. Currently, centrifugal pumps and reaction kettles are commonly used for packing and mechanical seals. Mechanical seals are widely used because of their advantages such as small leakage, long service life, low power loss, no need for frequent maintenance, and low environmental impact. The manufacture of mechanical seals is complicated and requires high precision. During operation, the inspection personnel are required to find problems in time and deal with them as soon as possible, so as to extend the service life of mechanical seals. Vibration, heat and smoke of mechanical seal 1. The end pressure is larger Treatment measures: (1) Adjust the position of the moving ring base to reduce the specific pressure of the end surface; (2) Replace the mechanical seal spring to reduce the end surface specific pressure. 2. Rough end face
Read more