π₯π€β¨ Bronze Halo Torch β Collector Coral β¨π€π₯
Euphyllia glabrescens (Cream Tips & Bronze-Gold Tentacles β Rare Collector Morph)
πΉ Quick Stats
Care Level: Moderate
Temperament: Semi-aggressive (long sweeper tentacles; allow generous spacing)
Colour Form: The Bronze Halo Torch radiates elegance with its bronze-gold tentacles and soft cream-coloured tips π€β¨. Under actinic lighting, the golden body glows with a metallic warmth while the pale, creamy tips form a luminous βhaloβ effect β giving this morph its celestial name. Each head moves fluidly in the current, displaying tones that shift from antique gold to copper sheen.
Water Conditions: 24β27 Β°C, dKH 8β12, pH 8.0β8.4, sg 1.024β1.026
Family: Euphylliidae
Lighting: Moderate to high (enhances bronze depth and cream highlights)
Supplements: Calcium, Magnesium, Trace Elements, Amino Acids
Water Flow: Moderate β allows tentacles to sway naturally without strain
Placement: Mid to lower reef zones
𧬠Overview
The Bronze Halo Torch Euphyllia is a refined collector coral, admired for its unique blend of metallic warmth and gentle contrast. Its creamy tips soften the golden bronze base, producing a sophisticated visual balance that stands out in both white and blue spectrum lighting. A true luxury piece for LPS enthusiasts.
π½οΈ Feeding & Care
Although primarily photosynthetic, this Euphyllia thrives with target feeding 1β2 times weekly using mysis, krill, or enriched brine shrimp. Regular dosing of amino acids and trace elements enhances colour depth and polyp health.
π Optimal Parameters
Alkalinity (dKH): 8β12
Calcium (Ca): 420β460 ppm
Magnesium (Mg): 1250β1350 ppm
Nitrate (NOβ): 2β10 ppm
Phosphate (POβ): 0.02β0.08 ppm
π Placement
Place in mid or lower areas of the reef where the flow is steady but gentle. Under actinic light, the bronze-gold base glows richly while the cream tips emit a subtle, ethereal halo effect β a perfect balance of power and grace.
π¦ Note
Each Bronze Halo Torch is a unique living artwork β variations in tone and tip intensity are natural and enhance the coralβs individuality.
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