450ML Auto-induction Foam Soap Dispenser Infrared Sensor Fine Foam Transparent Design Indicator Button

Summary:
450ML Auto-induction Foam Soap Dispenser Infrared Sensor Fine Foam Transparent Design

Features:
Elegant Appearance: With small size and elegant appearance, it doesn’t take up too much space and can be matched with different styles of rooms.
Touchless: Built-in infrared sensor, it can provide you with foam immediately without touching, which prevents the bacterial spread and infection.
High Quality: The outer shell of the soap dispenser is made of ABS eco-friendly material, which is dustproof and stain resistant. And the smooth surface avoids the accumulation of water, which curbs the breeding of bacteria.
Fine Foam: Adopting the superior motor made in Taiwan with a speed of 7000 rpm, it creates fine and rich foam instantly.
Low Noise: With an ultra-quiet motor, it runs quietly and does not cause annoying noise.
Long Battery Life: An energy-efficient motor and 4 AAA batteries enable it to work for 3~6 months.
Indicator Button: Press the power switch, the white light indicates turn on the device, and press again, the yellow light means turn the device off.
Transparent Design: Transparent design, with scale mark, it is easy for you to check the remaining capacity.

Specifications:
Product name: Soap Dispenser
Color: White
Material: ABS
Capacity: 450ml
Voltage: DC 6V
Battery: 4*AAA batteries (Not included)
Net weight: 210g/0.46lb
Packaging weight: 306g/0.67lb
Product size: 20*9*10cm/7.87*3.54*3.94in
Packaging size: 11.5*84*19.5cm/4.53*3.31*7.68in

Package Contents:
1* Soap Dispenser，
1*User Manual

Note:
1.The battery and the hand sanitizer are not included.
2.This soap dispenser needs to use a dedicated foam hand sanitizer. The common hand sanitizers or other cleaning fluids need to be mixed with water in a ratio of 1: 3.
3.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!
4. Please allow minor measuring deviation due to manual measurement.