What All You Need To Know About UV in Professional Kitchens Lamp

COVID-19 was all we could think about and speak about back then. The 2020 pandemic has altered our way of life and highlighted the significance of developing safe and germ-free living environments.

 The virus situation has necessitated the urgent need to sterilize or disinfect anything in our vicinity. With all of the groceries stored in the kitchen, it is one of the most vulnerable areas in the house. As a result, kitchen sterilization is critical. Again, extreme caution is required to prevent utilizing chemicals. So, what are your options?

One of the best ways to disinfect goods, groceries, surfaces, or other items is UV in professional kitchens. You can maintain your residential or commercial kitchen clean and free of potential threats by investing in a high-quality UV-C disinfection light and installing it.

 What Are the Advantages of Using UV in Professional Kitchens?

 There are numerous advantages to employing UV lights in your kitchen. Let's get to know each other here, shall we?

 

• UV in professional kitchens disinfection lamps can be used to eradicate oil and smoke in the kitchen, eliminating the need for extensive cleaning.
• Unlike other disinfection procedures, UV light can also prevent fuel fires when attached to the hood's opening.
• It is helpful in the kitchen since it avoids secondary kitchen pollution generated by oil smells.
• It can be installed to keep food odors and grease at bay in the kitchen. Apollo's ozone breaks down grease and cleanses the air, therefore improving your surroundings.
• A UV disinfection system can only be readily installed in your exhaust hood by replacing it.

 

Considerations Before Purchasing a UV in Professional Kitchens Disinfection Lamp

 UV light has recently received a lot of attention, and individuals can be seen buying whatever goods they come across. However, you must be educated about what you buy and how to use it efficiently. Here's all you need to know before purchasing a UV light disinfection lamp -

 Make Certain You Purchase the Correct Wavelength

UV radiation wavelengths are not all the same. Having said that, there is just one wavelength that is used for disinfection. UV light is classified into three types based on its wavelength value.

 

• UV-A
• UV-B
• UV-C

 According to the research, only the UV-C wavelength is responsible for disinfection - a fantastic choice. The UV-C wavelength can help protect you from a variety of viruses and strains, such as coronavirus, herpes, and avian flu. Several research on microorganisms using various wavelengths revealed nothing. However, the majority of UV backlights on the market emit UV-A wavelengths. As a result, it has no effect on your disinfection process.

 When using UV-C, be aware of the risks to human, animal, and material safety.

As previously stated, cleaning your kitchen is critical, but it may also be dangerous if done incorrectly.

 UV-C wavelengths are the most potent UV light wavelengths. According to your data, UV-C light is not even present in natural sunshine because it is obstructed by our planet's atmosphere. As a result, UV-C radiation is an odd sort of radiation that is far more potent than the previous ones.

 You should be aware that misusing UV-C can cause difficulties. UV-C light is harmful to the eyes and might cause skin rashes. The good news is that current UV-C lamps utilize specific UV-C gasses to assure safety; they turn off automatically when people approach them and do not turn on when you are present.

 Recognize the UV Lamp's Limitations

UV lamps did not fall from the sky. These aren't miraculous machines that can instantly sterilize every part of your house. UV radiations must reach a particular surface with sufficient strength to ensure sanitization. One of the most significant shortcomings of UV radiation is its inability to reach areas in UV shadows. UV shadows are places where UV light cannot penetrate due to occlusion from other objects. 

For example, suppose you want to cleanse your laptop. You should carefully expose all sides of your computer at the same time. To ensure that all sides receive equal radiation, you will need to flip it over time.

 Similarly, you cannot expect the light to reach every nook and cranny if you set it in the center of your room. You will undoubtedly get a few surfaces, but will you go ALL of them? No. Understand that this is a type of light that cannot pass through many materials, including plastic or glass.