With their high efficiency, safety, and no need for chemical additives, UV germicidal lamps are widely used in new household appliances, such as germicidal vacuum cleaners, clothes dryers, toothbrush sterilizers, deodorizing shoe cabinets, bottle sterilization bags, and cutting board mildew-proof sterilizers.

1. Germicidal Vacuum Cleaners: Deep Cleaning and Mite Removal Simultaneously

Case: A certain bear, Mite Remover

· Technical Principle: It combines three mechanisms: high-frequency tapping, negative pressure suction, and UVC irradiation. The UVC band (254nm) destroys the DNA structure of dust mites and bacteria to achieve deep sterilization.

· Application Scenarios: Surfaces of fibrous fabrics such as mattresses, sofas, and throw pillows, effectively removing dust mites, dander, and hidden bacteria.

Advantages:

Physical sterilization: No chemical reagents are needed, avoiding secondary pollution.

Efficient mite removal: UVC irradiation can kill more than 99% of dust mites and reduce allergens.

Mute design: It operates with soft sound, suitable for use at night or when the family is resting.

· User Feedback: After use, breathing becomes smoother, sneezing symptoms in the morning are reduced, and sleep quality is improved.

2. Smart Clothes Dryers: Invisible Guardians for Clothes and Bedding

Case: A certain Mi Home Smart Clothes Dryer 1S

· Technical Principle: It has a built-in UV germicidal lamp. The UV light with a wavelength of 254nm destroys the DNA of microorganisms and kills Escherichia coli, Staphylococcus aureus, etc. on clothes.

· Application Scenarios: Underwear, baby clothes, bedding, etc., especially suitable for families with infants or sensitive skin.

Advantages:

Convenient operation: Supports remote control via APP. You can turn on the sterilization function before getting off work and collect the clothes when you get home.

Safety design: It automatically stops after 20 minutes to avoid over-irradiation.

Space optimization: The clothes-drying pole can be folded with one click, taking up no balcony space.

· User Feedback: The clothes-drying process is full of a sense of technology, the odor of clothes is reduced, and skin allergy symptoms are alleviated.

3. Toothbrush Sterilizers: Invisible Barriers for Oral Health

Case: Smart Toothbrush Sterilization Box

· Technical Principle: It combines UVC ultraviolet light and photocatalyst technology. UVC destroys bacterial DNA, and the photocatalyst (nano-titanium dioxide) decomposes harmful substances in the air under the action of ultraviolet light.

· Application Scenarios: Sterilization of personal care products such as toothbrush holders and razors.

Advantages:

Double sterilization: UVC and photocatalyst work together for a higher sterilization rate.

Intelligent induction: The UV lamp automatically turns off when a human body is near to avoid direct radiation damage.

Portable design: Small and light, suitable for travel or home use.

· User Feedback: The odor of the toothbrush is reduced, and the incidence of oral ulcers is lowered.

4. Deodorizing Shoe Cabinets: Say Goodbye to Odor and Fungi Troubles

Case: A certain Ermei Shoe Cabinet UV Sterilizing Lamp

· Technical Principle: UVC ultraviolet light kills common bacteria on the outside of shoes and fungi growing inside, while ozone molecules decompose odor molecules.

· Application Scenarios: Closed spaces such as shoe cabinets, file cabinets, and storage cabinets.

Advantages:

Efficient deodorization: Ozone can quickly decompose odor molecules such as hydrogen sulfide and ammonia.

Prevention of cross-infection: It kills fungi and prevents the spread of skin diseases such as athlete's foot.

Multi-scenario application: It can be used in wardrobes, kitchen cabinets, etc.

· User Feedback: The odor of the shoe cabinet is significantly reduced, and the service life of shoes is prolonged.

5. Bottle Sterilization Bags: Portable Guardians for Maternity and Infant Products

Case: A certain Mommy Bag

· Technical Principle: It has a built-in UVC LED lamp, which completes the comprehensive sterilization of bottles and breast pumps within 59 seconds. It destroys bacterial DNA through UV light with a wavelength of 254nm.

· Application Scenarios: Working mothers who express milk and need to sterilize baby products when going out.

Advantages:

Rapid sterilization: It completes sterilization in 59 seconds, saving time.

Portable design: It can be folded for storage and takes up no space.

Fresh-keeping function: It avoids cross-contamination of milk storage bags.

· User Feedback: Sterilization becomes more convenient when taking the baby out, and the baby's gastrointestinal discomfort is reduced.

6. Cutting Board Mildew-Proof Sterilization: Invisible Guardian for Kitchen Hygiene

Application Scenario: Sterilization of household kitchen cutting boards.

· Technical Principle: UVC germicidal lamps are used to irradiate the surface of the cutting board to destroy the DNA of mold. At the same time, natural cleaning agents such as white vinegar and baking soda are used to remove residues.

Operation Steps:

1. Clean the stains on the surface of the cutting board.

2. Wipe it with a solution of white vinegar or baking soda.

3. Irradiate it with an ultraviolet lamp for 30 minutes.

4. Apply cooking oil for maintenance after drying.

Advantages:

Mildew-proof and bacteriostatic: UVC irradiation can kill more than 99% of mold.

Prolonged service life: Regular sterilization reduces cracking and mildew of the cutting board.

Safe and environmentally friendly: No chemical disinfectants are needed, avoiding residues.

· User Feedback: The service life of the cutting board is prolonged, and the odor in the kitchen is reduced.

Scenario Expansion

More integrated solutions for household appliances, such as refrigerators and washing machines, will be developed in the future.

Intelligent Linkage

Automated sterilization will be realized by combining sensors and APP.

The application of UV germicidal lamps in new household appliances is providing more comprehensive solutions for family health through technological innovation and scenario expansion. With the maturity of technology and the reduction of costs, its popularity is expected to further increase.