Buying Guides for UVC LED Germicidal Lamp

Indeed. And out of all the sterilization technologies, it works the best. A 99.999% germicidal rate is possible.

After irradiating bacteria, viruses, and other microorganisms with UVC rays, the molecular structure of DNA or RNA in the organisms' cells is destroyed, resulting in DNA strand breaks and the breaking of proteins and nucleic acids, which kills the bacteria and causes regenerative cell death. It has a broad-spectrum sterilizing action and is highly efficient.

A 99.999% germicidal effect is possible. It's amazing. Out of all the disinfection treatments available today, UV radiation provides the highest broad-spectrum germicidal activity. It is quite effective at eliminating all viruses and bacteria.

Long-term exposure to UV radiation may be hazardous to the eyes, although it is safe for the skin if it is not exposed to the radiation up close.

Our germicidal lamp's design wattage is approximately 4W. To ensure a long lifespan, we purposefully lower the current to 2.4W, which is neither too high to raise potential risks nor too low to finish sterilizing quickly. Maintaining the appropriate distance (>20 cm) between the germicidal bulb and the eyes is safe.

Additionally, to make it safer to use, we created safe gravity sensing.

It is recommended by SGS that goggles be worn when utilizing the germicidal lamp. Even though the injury might not be immediately felt, it is still preferable to prevent the hazards that may be identified after years of use.

This is the most crucial question, but it's also a professional one.

In order to determine whether a product contains false LED beads, you must first determine how many real UVC-LED beads it has. Although UVA, UVB, and UVC are all referred to as ultraviolet radiation, only UVC LED beads with wavelengths between 200 and 280 nm are effective against germs.

A great germicidal lamp should also have safety features and accessories, including a long-press turn-on button, a child lock-out feature, a safe gravity sensor, or anti-UV goggles. Otherwise, using it could be risky.

Additionally, the irradiation surface should be judiciously sized at 15 to 20 cm to be germicidal across a wide region, take less time, and be portable.

1. If there are not enough UVC lamp beads and the sterilizing effect is not assured, it is non-conforming.

2. If it is unsafe to use and lacks a safe design or configuration, it is non-conforming.

3. Large goods like garments, pillows, or washbasins will take a long time to germicidate if the UVC LED portable germicidal light with the tiny irradiation surface is only appropriate for little items like lipsticks or keys. We suggested investing in a portable UVC LED germicidal lamp with a 15–20 cm radiation surface.

1. Report from Guangdong Detection Center of Microbiology.

2. SGS microbiological test report

3. CE certification

4. FCC certification

For instance, our product. UVC germicidal lamp X10 LED.

1. UVC LED lamp beads are expensive; small brands in China often cost 7-9 RMB. Since the brand quality is unknown and safety is uncertain, it is not advised. Ten to fifteen RMB for popular brands. Eight UVC LED lamp beads are included in our portable germicidal lamps; the cost of the lamp beads ranges from 60 to 80 RMB, depending on whether they are single or dual wavelength. We should be aware that traditional lamp beads with no function only cost 0.02-0.04 RMB, but UVA lamp beads only cost 2.5 RMB. There is a wide disparity between quality and pricing.

2. Safe configuration or design, such as anti-UV goggles, safety gravity sensing, and long-press open.

3. We set up a fast-charging feature to satisfy the time-saving demand.

4. We modify the luminous surface to beautify and shield the lamp beads.

5. We included a flannel bag to ensure that the lamp beads would not be harmed in transit.

6. Packaging, which is larger in volume and more expensive than typical products, needs to be logically developed.

7. The metal light tube used in the design of our product, when baked, exhibits value and durability.

Some entrepreneurs only use UVA for financial gain. Alternatively, there are not enough LED lamp beads, a cheap plastic shell, no safety design, no quick charging capability, no goggles, and no carrying bag. It is inexpensive, of low quality, and its functionality is uncertain.

The market was separated into two categories: UVCLED portable germicidal lamps and tube type (mercury bulb) germicidal lamps.

1. Sterilization lamps made of light tubes (mercury lamps) have a high power and long-lasting penetration power, but they also pose a significant safety concern. It can be used to sterilize spaces. People must leave the area when the mercury lamp is operating. About 30 minutes is the minimum amount of time needed to sterilize a large space, such as a hospital.

2. The low power consumption, short germicidal distance, and safety of the UVC LED portable germicidal lamp make it an excellent choice for portable germicidal. Manual requirements state that there is no risk. It takes only 5 to 30 seconds to apply 1-3 cm close-range germicidal, making it ideal for household use.

The market is currently chaotic. After conducting some research online, we discovered that a significant portion of the products have a variety of issues. The majority of the sellers don't have specific knowledge. Nearly 90% of the merchants either avoid answering our queries or lack the professional knowledge of germicidal lights. They have been making pointless advertisements and advice, which raises many doubts about the germicidal product's efficacy.

You can decide if the product is good or not.

1. There are enough UVC lamp beads.

2. The lamp bead and UVC chip brands should be trustworthy.

3. The safety design, such as the gravity sensing design. Long-press to open the child lock.

4. The radiation surface's area should be appropriate.

5. Goggles should be included in the bundle.

6. The certification required in your nation

7. A carry bag should be included in the packaging.

8. After shipment, the entire product ought to be flawless.

1. When using it, we advise wearing goggles.

2. Select a portable LED germicidal lamp equipped with a sophisticated gravity sensor.

3. Always maintain a minimum of 20 cm between your eyes and the bulb when using germicidal

It is never advisable to use a portable LED germicidal lamp without a safe design because doing so puts the user at serious harm. Safe designs include goggles, a child safety lock, long-press buttons, and intelligent gravity.

Numerous scenarios are available for use, and it's very practical.

For a car, desk, keyboard, mouse, express box, cell phone, mask, money, etc., Monday through Friday.

Weekend necessities for the home include a washstand, a sofa mat, toys, a cup, a dining table, a kitchen, a bathroom, etc.

Washstand, toilet, towel, pillow, comforter, cup, thermos, business trip

Keep germs away from you at all times and places.

There is experimental evidence that N95 germicidal can produce high temperatures, alcohol, and UV rays. The efficiency of N95's UV ray germicidal action is over 95%. You can use a portable LED germicidal lamp for N95 to mask germicidal and repetitive use if you don't have the necessary supplies.

Short time for germicidal just dozens of seconds. So, that it won't affect leather or color.

Long-wavelength UVA
Between 320 and 400 nm is the UVA wavelength. UVA has long-lasting penetration power; it can even reach deep water-up to nine feet-and through glass. On a sunny day, UVA is present at all times. UVA rays make for more than 95% of everyday skin exposure.

Uses include money inspection, stage decoration, ore detection, and UVA without germicidal effectiveness.

Medium-wavelength UVB
A wavelength of 275–320 nm is used. Its penetrating effect is medium.

UV health lamp, plant growth lamp, etc. UVB without effective germicidal action

Short-wavelength UVC
A wavelength of 200–275 nm is used. Another name for UVC is shortwave germicidal UV. Its penetrating power is the weakest.

Application: UVC shortwave ultraviolet light is emitted by the UV germicidal lamp. Shortwave UV is used extensively in food and beverage processing and packaging equipment, food factories, cosmetics factories, dairy product factories, hospitals, air conditioning systems, disinfection cabinets, water treatment equipment, water dispensers, sewage treatment plants, swimming pools, and sterilization in places like wineries, beverage factories, bakeries, and cold rooms.