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ALL OUR CORALS ARE WYSIWYG
ALL OUR CORALS ARE WYSIWYG

Euphyllia Green Branch Hammer

by Corals
Save 30% Save 30%
Original price $135.00
Original price $135.00 - Original price $135.00
Original price $135.00
Current price $95.00
$95.00 - $95.00
Current price $95.00
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A spectacular aquacultured Hammer coral featuring intricate branching tentacles with vibrant neon green edges contrasting against deep purple bases. This sustainably farmed specimen represents an exquisite example of our premium marine corals for sale, demonstrating the extraordinary patterns achievable through ethical coral cultivation.

Introduction: Step into the mesmerizing world of Euphyllia corals, a stunning showcase of the ocean's beauty and complexity. These unique marine corals, known for their vibrant colors and dynamic forms, make an exquisite addition to any aquarium or home decor, bringing the tranquility and splendor of the sea directly into your living space.

Description: Each ethically sourced head displays complex hammer-shaped tentacles with a distinctive branching pattern, creating a stunning wall of movement. The dramatic contrast between the fluorescent green edges and rich purple bases creates an almost otherworldly effect under proper reef lighting. Originally derived from Indo-Pacific reef genetics, this captive-bred specimen showcases the pinnacle of sustainable aquaculture practices.

Care requirements:

  • Lighting: Moderate to high (150-250 PAR)
  • Flow: Moderate, pulsing
  • Difficulty: Moderate
  • Placement: Mid-level tank placement
  • Water quality: Premium reef parameters (Calcium: 420-450ppm, Alkalinity: 8-9.5dKH)
  • Temperature: 74-78°F
  • Aggression: Moderate, extend sweeper tentacles at night
  • Adult size: 6-8 inches when fully extended

Benefits:

  • Premium grade branching hammer variant
  • Exceptional neon green fluorescence
  • Unique branching growth pattern
  • Natural water filtration capabilities
  • Stunning movement under proper flow
  • Perfect showpiece for reef tanks
  • Strong growth potential under optimal conditions