ITEM:
Automatic Plant Self Watering Tool(2 Automatic Watering Tool In Package)


Description
Self Watering tools are a simple and effective way of watering your plants while you are on vacation(with your desired tank capacity).
The water will be slowly emitted through the ceramic cones(tubing, diffuse with bottle type), automatically watering your plants without the need to set timers or worry about electronic devices being turned on while you are away or on holiday.
It also can prevent mosquitoes breeding as no excess water left in the pot and the tray!
The plant waterer will automatically keep a potted plant's soil at the optimum moisture level.
Water flow rate under control, no over moisture or blockage(niddle poke type waterer).

Three type of automatic plant watering tool:
(A)Tubing type--Draw water throught tube(length~75cm).
(B)Bottle-Cone type-- Draw water from top bottle by gravity. (bottle not included)
(C)Bottle-Dripping type-- Water dripping from bottle(bottle not included)




Shipping:

Stocks in Singapore. Item will be ship out/pickup request within 1 working day after an order has been placed.
We will not be liable in the event the item is lost through the use of normal mail.
ONE SHIPPING GROUP-- Do browse our other interesting item, shipping rate will be charged only once when you buy these items in one cart. Thank you.



(A) Automatic watering tool--tubing type

How to use(tubing type):
Just soak item in water for >10 minutes to prepare the ceramic cone, then fill the ceramic cone with water. Guideline to fill hose(tube) with water without air inside: fill supply hose under running tap & close both end with finger when hose full, put supply hose end in supply water tank & bring cap end to level lower than supply water tank before release fingers, water should flow freely now(proof no air in tubing),putting the cap end in another temporary water tank while water flowing & install it to cone inside the water tank. Push the cone fully inserted into the soil of your potted plants(dig it first if soil too hard). It will now draw water into the pot for the plant.
As the water in the ceramic cone is drawn into the dry soil, it creates a vacuum that pulls more water in through the supply hose.
Recommendation: container water level lower than the cone but you can adjust the water level to achieve different water flow rate. Higher container water level mean higher water flow rate. Try it few days before vacation to estimate actual water consumption for your plant. Water consumption for each pot depands on type of soil, weather or sunlight environment etc.
Note: If you feel the suction/vacuum theory are complicated or too troublesome to install it, please go to dripping type waterer instead.









(B)Automatic Watering Tool--Bottle-Cone Type(bottle not included)

How to use(bottle-cone type):
Just soak them in water for >10 minutes to prepare the ceramic cone , then fill bottle with water and connect to the cone. Insert the cone to potted plant & start using it. If water flow rate are too low, you can poke a hole at the bottom of bottle. If water flow rate too high, you can wrap some plastic layer(eg cut out from plastic bag/white teflon tape) to parts of ceramic cone, less direct contact between ceramic & soil means less water flow rate.
Type of bottle--looks for bottle with opening diameter as Coke bottle. Not fixed mineral water bottle like Dasari, Ice mountain.















(C)Automatic watering tool--Bottle-Dripping type(bottle not included)
The most user friendly type amongst waterer
How to use(bottle-dripping type):
Insert the waterer to potted plant & fill the bottle with water & put it on waterer quickly. Adjust pin to desired water flow rate. The most user friendly amongst waterer but limited to bigger pot, waterer need inserted to soil around 15cm for better support.  Of course buyer can DIY with own creativity to fit smaller pot too.
Type of bottle--looks for bottle with opening diameter as Coke bottle. Other bottle like mineral water bottle might not sit properly on waterer & also slow down the flow rate.