380毫升電動消毒液分配器

380毫升電動消毒液分配器，這款先進的電動消毒液分配器擁有自動噴霧功能，能夠有效降低細菌和病毒的傳播風險。其380毫升的容量設計，適合家庭和辦公室使用，無需手動壓按，確保每次使用都便捷衛生。產品材質安全耐用，透明水箱便於檢查剩餘液量，采用高效能感應技術，快速反應，讓你隨時保持雙手的清潔，是現代生活中的必備良品。

380ml Automatic Soap Dispenser USB Charging Electric Touchless Soap Dispenser Wall Mounted Soap Pump for Home Bathroom
Features:
1.Ultra-Fast Dispensing: Experience the convenience of 0.25-second near-field infrared sensing technology of this automatic soap dispenser that delivers foam without the need for pressing, eliminating contact with bacteria and ensuring sanitation.
2.Long-Lasting Battery: Equipped with a large-capacity lithium battery, this electric sanitizer dispenser is rechargeable, providing up to three months of use on a single charge, blending convenience with eco-friendliness.
3.Smart Charging System: With its intelligent charging design, this touchless soap dispenser is easy to power up without disassembly, reducing wear and tear on the unit and contributing to both environmental sustainability and cost savings.
4.Adjustable Foam Volume: Tailor your handwashing experience with four selectable soap output levels, allowing for personalized and efficient use, while the IPX5 waterproof rating ensures the soap dispenser pump is safe from splashes.
5.Effortless Operation: The fully upgraded automatic hand washer releases soap as soon as your hand approaches, offering a quick and easy handwashing solution that's suitable for any home or office environment.

Specification:
Origin: Mainland China
Material: ABS
Size: 205*75mm/8.07*2.95in
Capacity: 380ml
Power Supply: Lithium Battery
Starting Mode: Infrared Induction
Response Speed: 0.25 Seconds
Charging: USB Cable
Color: White, Black
Users: Children, Adults Wash Hands/Hair/Bath/Dishes
Use Environment: Hand Wash Tray/Bath Room/Hotel/Public Toilet/Hospital/School, Etc

Note:
The product does not contain liquid.

Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.