Guide to stainless steel induction soap dispensers

Guide to stainless steel induction soap dispensers

Core advantages: Why choose stainless steel induction soap dispensers?

Ultimate hygiene:

Contactless operation: Infrared induction technology, just put your hand close to the bottom of the nozzle, and the foam or liquid soap will flow out automatically, avoiding cross-contact and effectively reducing the risk of bacterial and viral transmission.

Eliminate secondary contamination: No need to touch the bottle or pump head to prevent residual soap from becoming a breeding ground for bacteria.

Smart and convenient:

Wave and go: Free your hands, simple and intuitive operation, especially suitable for hands covered with oil or foam.

Quantitative liquid discharge: The amount of liquid discharged each time is precisely controlled (usually 0.8ml-1.2ml foam soap liquid), avoiding waste and ensuring the right amount.

Durable and beautiful:

Sturdy and corrosion-resistant: The high-quality stainless steel shell (usually 304 stainless steel) is waterproof, rust-proof, corrosion-resistant, durable and has a long service life.

Modern simplicity: The stainless steel material brings a high-end texture, simple and smooth design, and can be easily integrated into modern kitchens, bathrooms or commercial spaces.
Easy to clean and maintain:
Smooth surface is easy to clean: just wipe to keep it shiny and clean.
Detachable design: Soap bottles can usually be easily disassembled and filled, and some nozzles can also be removed for cleaning to prevent clogging.

Product structure and working principle
Casing: Stainless steel body, providing protection and support, accommodating electronic components and batteries.
Infrared sensor: Located below the nozzle to detect hand movements.
Nozzle: Soap outlet (located in front of the sensor).
Soap bottle compartment: Built-in space to accommodate replaceable/refillable soap bottles.
Pumping system: Consists of a small motor and a pump, which works after receiving the sensing signal.
Control panel (some models): May include a power switch, a liquid output adjustment button (+/-), and an indicator light (battery/working status).
Power supply:
Battery power supply: The most common method (usually 4 AA or D batteries), flexible installation, and no wiring required.
USB charging/adapter power supply: Supported by some models, more economical and environmentally friendly.

Working principle:
The sensor detects the hand approaching,The signal is sent to the control circuit , The pumping system is triggered , The soap is drawn out of the bottle It flows out through the nozzle (usually in foam form, and needs to be used with special foam hand soap or diluted liquid soap).
Installation and use
Installation:
Battery version: Open the battery compartment cover and install the correct type and number of batteries (pay attention to the positive and negative poles).
Wall-mounted version:
Determine the installation location (dry and flat wall for easy use).
Use the installation template or bracket included in the package to locate the punching point.
Drill a hole, insert the expansion tube (if necessary), and screw in the screw but do not tighten it completely.
Align the card slot on the back of the soap dispenser with the screw and hang it, adjust the level and tighten the screw to fix it.
Desktop version: Place it on a stable table.
Filling soap liquid:
Open the soap liquid compartment cover (usually a top slide or press type).
Take out the empty bottle (if any) and fill it with diluted liquid soap or special foam hand soap (usually the recommended ratio is 1 part soap: 3-5 parts water).
Never directly fill undiluted concentrated hand soap or viscous liquid! This will seriously clog the pump head.
Put the soap bottle back into the compartment correctly and cover it.
Use:
Place your hand naturally under the nozzle (usually 2-5 cm from the sensing area).
Wait for about 0.5-1 second, and the soap will automatically flow out (side or bottom).
If there is no response, check:
Is the power supply normal (whether the battery is charged/is the switch turned on).
Is the sensing area blocked or dirty.
Is the soap used up or too viscous/undiluted.
Is the ambient light too strong to interfere with the infrared sensor (try to adjust the position).

Maintenance
Daily cleaning:
Wipe the stainless steel housing and the outside of the nozzle with a soft, slightly damp cloth.
Avoid using abrasive cleaners or steel wool to prevent scratches.
Regular deep cleaning (critical to prevent clogging):
Frequency: Change the type of soap or feel that the liquid is not flowing smoothly.
Steps:
Empty the soap bottle or use up the remaining soap.
Fill the empty bottle with about 1/3-1/2 warm water (you can add a small amount of white vinegar to help dissolve soap scum).
Replace the water bottle back into the soap dispenser and let the soap dispenser work several times to pump out warm water to clean the internal pipes.
Repeat the operation several times until the water sprayed is clear or there is no residual soap.
(If removable) Remove the nozzle and rinse with warm water or gently unclog the spray hole with a fine needle.
Empty and dry the water bottle completely, or fill it with new diluted soap.
Battery management:
When the indicator light flashes weakly or the liquid becomes slow and weak, replace the new battery in time.
The battery should be removed if it is not used for a long time.

Purchasing Guide: Key Considerations
Material and Craftsmanship:
Stainless Steel Grade: 304 stainless steel is preferred, which is more corrosion-resistant (note the difference between 201 stainless steel).
Surface treatment: Brushed treatment is more scratch-resistant, mirror effect is brighter but easy to leave fingerprints.
Sealing: Ensure that the internal electronic components and battery compartment have a good waterproof design.
Soap type compatibility:
Clear support: Does it support foam soap? Does it need to be diluted? What are the requirements for the viscosity of the soap? Buy a special soap or a universal diluted soap?
Sensing performance:
Sensitivity and distance: Is the sensing sensitive? Is the sensing distance appropriate (too far is easy to trigger by mistake, too close requires bending)?
Anti-false trigger: Is there any optimization to prevent pets and water droplets from false triggering?
Liquid discharge experience:
Liquid discharge volume: Is it adjustable? Does it meet personal/family needs?
Liquid discharge mode: Is the foam uniform and delicate? Is the liquid smooth?
Power supply method:
Battery: Convenient and flexible, pay attention to the battery model and battery life (usually claimed to be usable for half a year to a year, depending on the frequency of use).
USB/adapter: More economical, but needs to be close to a power outlet.
Installation method:
Wall-mounted: Save countertop space.
Desktop: Flexible placement, no need to punch holes.
Capacity:
Choose a soap bottle of appropriate capacity (commonly 300ml-500ml) according to the number of family members or the flow of people in the venue.
Brand and after-sales:
Choose a brand with a good reputation, reliable warranty and after-sales service support.
Additional functions:
Battery indicator: Convenient and timely replacement of batteries.
Low liquid level prompt: Remind to add liquid in time.
Voice prompt: Operation instructions or low battery/lack of liquid reminder.
Child lock: Prevent curious babies from wasting soap.
Warm tips:

Be sure to dilute the soap: Strictly follow the dilution ratio in the manual, which is the key to ensuring the life of the pump head and normal operation!
Use the right soap: Give priority to using products recommended by the manufacturer or clearly marked as suitable for induction foam soap dispensers.
Avoid extreme environments: Do not place in places that are too humid, hot or exposed to direct sunlight.
Regular cleaning: Preventing soap scum from clogging is the core of maintaining a good experience.