Symbol of Strong and Lasting Bond
Flamingo Lily
SYMBOL OF STRONG AND LASTING BOND
MSP: C0015
Plant size (height cm)
20 - 40
40 - 60
Vietnamese name
English name
Science name
Mature size
Filtration of harmful substances
Thổ mạch môn
Lilyturf
Liriope spicata
30 - 60 cm
Trichloroethylene, Xylen, Aminiac
Lilyturf is a type of plant with bulbous roots, growing in clusters of grass-like leaves. It features spikes, tendrils, and lavender-like flower spikes that appear in late summer. It originates from shaded, elevated mountain regions in Japan, China, and Taiwan. Known as a hardy plant, Lilyturf can tolerate various conditions except waterlogged soil.
Lilyturf is often cultivated for landscaping, ground cover, and air purification through the absorption of the toxic gas formaldehyde. Therefore, this grass also contributes to improving human sleep quality.
However, its attractive textured foliage, consistent coloring, and resilience to neglect make it suitable for container planting – both as a standalone plant or in larger mixed arrangements.
The flower color will add a unique color to your indoor space. Additionally, the foliage remains evergreen, maintaining its lush appearance throughout the year.
Origin
East Asia
Genus
Asparagaceae
Search Name
Lilyturf
LIGHT :
Full sunlight to partial shade.
TEMPERATURE :
Warm temperatures ranging from 18°C to 23°C (64°F to 73°F) are ideal. Place the plant in a shaded area during hot summer days.
GROWTH RATE :
Fast growth, with white, purple, and blue flowers appearing from May to July, and fruiting occurring from August to October.
SOIL
Loose, nutrient-rich soil with adequate moisture retention and good drainage to prevent waterlogging. Soil pH: 6.0–7.0 (slightly acidic to neutral).
NUTRITION
Use balanced, high-quality fertilizer starting in spring. A controlled-release fertilizer in small amounts can be applied monthly.
WATERING
The plant prefers humidity, so regular watering once a day is necessary. In damp weather, you can extend the watering interval.
CARE
This plant is susceptible to aphids and mealybugs; using horticultural oil is advisable for treatment. If your plant starts developing brown tips on the leaves, occasionally mist it and ensure you're providing enough water.
AIR PURIFICATION
This plant filters toxins from the air and is part of our clean air plant collection.
TOXICITY
Considered non-toxic, making it safe to be around children and pets.
ARRANGE AND PLACE TREES
TO HELP THE TREE AS FRESH AS POSSIBLE
GREAT BENEFITS OF GROWING INDOOR PLANTS
HELP IMPROVE HEALTH PROMOTION
The plant has proven itself to help relieve stress, create comfort.
People living in a natural environment will help to feel happier.
AIR PURIFICATION INCREASES QUALITY OF LIFE
Greening the habitat. Helps reduce 50-60% of mold & pathogenic bacteria
in the air. Retains moisture, removes harmful contaminants, produces oxygen.
CONCEPT REFERENCES
EASIER TREE CARE WITH SMART
AUTOMATED CARE SYSTEM
SMART AUTOTROPHIC POTS
Are self-watering pots worth considering? These pots can help us save effort in tending to our plants, as they don’t require daily watering, yet the plants can still thrive. Smart self-watering planters function by providing water and nutrients to the plants through a reverse osmosis mechanism, similar to an underground water network within the pot that keeps the soil moist. Each watering can supply enough water for the plants to last from 7 to 30 days, depending on the plant type and its placement.
The smart self-watering pots typically consist of four main components:
- Water reservoir (tray), this is also usually the outermost layer of pot that both acts as a water storage tray and is the overall structure and external appearance of the pot
- Inner pot: This tray is placed in and above the water tray, without direct contact with the water tray. The Inner pot usually has multiple outlet holes and is connected to the water tray through the suction wick.
- Wicking system: This component is quite crucial as it acts as a conduit for drawing moisture from the water reservoir to supply water to the media tray.
- Water level indicator system: can be a buoy, or a transparent indicator line.
MULTI-MATERIAL EXTERNAL POTS
INNER POT LAYERS
AUTOTROPHIC SYSTEM
THE PRINCIPLE OF OPERATION OF SELF-WATERING POTS: CAPILLARY MECHANISM
The mechanism behind how self-watering pots work is a phenomenon known as “capillary activity” or “wicking phenomenon.”
Capillaries in self-watering pots are usually wick threads made from fabrics that are highly absorbent and durable. One end of the suction wick is submerged in water; The upper end is placed in the middle of the layer of planting soil.
When plants have a need for water, they will absorb water in the soil, when this soil moisture will decrease. And at that moment, the wick will suck a corresponding amount of water to balance the moisture for the tray containing the substrate.
Note when planting new or replacing the soil for self-irrigating pots: You need to water the substrate layer immediately after planting. Or for some reason the substrate layer is too dry, water them. Then the suction wick will be responsible for supplying water to this substrate.
STEPS TO INSTALL A PLANT AUTOTROPHIC SYSTEM
SEE MORE POT MODELS
REFERENCE DECORATION SHEET FOR PLANT
SMART PLANT IRRIGATION SYSTEM
Smart Irrigation System is a system of irrigation equipment capable of automatically On/Off to water the garden at the right time and water flow that you want. This system will help you save up to 80% of your watering time compared to traditional watering methods.
In a basic smart automatic irrigation system, the following components will be included:
Booster water pump: Filter; Automatic irrigation control timer: Wiring; Types of automatic irrigation heads: Accessories (PVC fittings, pipe connectors, pipe caps….).
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