| Management number | 250424409 | Release Date | 2026/09/17 | List Price | US$3.20 | Model Number | 250424409 | ||
|---|---|---|---|---|---|---|---|---|---|
| Category | |||||||||
'Melaco Brown Rose' forms a tight, symmetrical rosette of thick, spoon-shaped leaves in chocolate-brown to deep burgundy tones, often with warm copper or green undertones depending on light exposure. The leaves have a slight powdery coating called farina, giving it a soft, velvety appearance. As a clustering variety, it gradually produces offsets around the base over time, filling out into a fuller display.
When nighttime temperatures drop, it sends up slender stalks with small bell-shaped flowers typical of the echeveria genus. Bright indirect light and a cooler autumn period encourage blooming.
It prefers temperatures between 60 and 80°F and should be protected from frost below 25°F.
Q: How often should I water Echeveria Melaco Brown Rose?
A: Every 10 to 14 days during warm months and every 3 to 4 weeks in winter. Soft or wilting leaves indicate the soil has dried too long and watering is overdue.
Q: Is this plant safe for cats and dogs?
A: Echeveria Melaco Brown Rose is non-toxic and safe for pets. You can display it freely in any room without concern for curious cats or dogs.
Q: How much light does 'Melaco Brown Rose' need?
A: East or west-facing windows with bright indirect light to partial sun work best. Rotate it regularly so every side of the rosette receives even exposure.
Q: Can 'Melaco Brown Rose' grow under office LED lighting?
A: It can survive under bright office LEDs, but natural sunlight keeps the chocolate-brown color most vivid. Supplement with a grow light if your workspace lacks a bright window.
Q: How big does 'Melaco Brown Rose' get?
A: It typically grows as a compact rosette reaching around 4 to 6 inches in diameter, with clustering offsets forming over time for additional plants.
Q: What's the easiest way to propagate this plant?
A: Remove the offsets that cluster at the base and pot them separately in well-draining soil. Leaf propagation is also possible, though offset division is faster and more reliable.
If you notice any omissions or errors in the product information on this page, please use the correction request form below.
Correction Request Form