Why does my Flame Thrower Chalice lose its fire-like colors over time, even though it looks healthy?

Color shifts usually track spectrum and nutrient balance. This morph keeps reds and oranges best under stable blue-heavy LEDs (peaks near 420–470 nm) with moderate PAR (75–150) and non-zero nutrients (NO3 5–15 ppm, PO4 0.03–0.1). Excessive white light or ultra-low nutrients push it toward green/teal. Increase photoperiod gradually rather than intensity, and avoid rapid alkalinity swings that mute pigments and stall new rim growth.

The growth edge is stalling and tissue is receding from the rim—what’s the likely cause?

Rim recession often follows instability: fluctuating alkalinity or low magnesium (<1250 ppm) disrupts calcification. Strong, laminar flow aimed at the rim can also lift tissue. Stabilize alk (7.5–8.5 dKH), calcium (420–460), magnesium (1300–1400), and redirect flow to a gentle, random pattern. Inspect for vermetid snails or filamentous algae abrading the margin; manual removal and a brief iodine dip can help recovery.

How aggressive is this chalice toward nearby corals, and what signs should I watch for?

Echinophyllia can deploy short sweepers and mesenterial filaments after lights out, leaving white sting marks on neighbors. It’s more reactive to high-flow contact or direct shadows. Give 3–4 inches of space, more down-current. Nighttime IR or red-light checks reveal extension patterns. If conflict occurs, slightly reduce flow, adjust spacing, and feed the chalice small meaty foods at dusk to satisfy energy demands and reduce nighttime aggression.

My chalice inflates at night but ignores food—am I missing the feeding window?

Feeding response peaks shortly after lights out when feeder vesicles extend. Try target-feeding 30–60 minutes into the dark cycle with finely chopped mysis, reef roids, or micro-pellets, throttling pumps briefly to keep food near the mouths. If it stays unresponsive, verify phosphate isn’t bottomed out and reduce light intensity slightly for a week; mild “hunger” cues and stability tend to restart the feeding reflex.

Flame Thrower Chalice Coral

Q: How aggressive is this chalice toward nearby corals, and what signs should I watch for?

Echinophyllia can deploy short sweepers and mesenterial filaments after lights out, leaving white sting marks on neighbors. It’s more reactive to high-flow contact or direct shadows. Give 3–4 inches of space, more down-current. Nighttime IR or red-light checks reveal extension patterns. If conflict occurs, slightly reduce flow, adjust spacing, and feed the chalice small meaty foods at dusk to satisfy energy demands and reduce nighttime aggression.

Q: My chalice inflates at night but ignores food—am I missing the feeding window?

Feeding response peaks shortly after lights out when feeder vesicles extend. Try target-feeding 30–60 minutes into the dark cycle with finely chopped mysis, reef roids, or micro-pellets, throttling pumps briefly to keep food near the mouths. If it stays unresponsive, verify phosphate isn’t bottomed out and reduce light intensity slightly for a week; mild “hunger” cues and stability tend to restart the feeding reflex.

Beginner Coral LPS Chalice

Overview

Flame Thrower Chalice Coral shows bright red to orange streaks with raised, contrasting “eyes” on a smooth, plating surface. Echinophyllia sp. is a slow-growing, plating LPS coral that forms undulating ridges and prefers moderate light with gentle to moderate water flow. It relies on symbiotic algae but benefits from occasional small meaty feedings at night, which can support faster growth and stronger color. Place on stable rock with space from neighbors, as its sweeper tentacles can sting nearby corals.

Quick Facts

Care Moderate

Lighting Low–Moderate

Flow Low-moderate indirect

Placement Low–Mid

Temperament Aggressive (6–8 inches spacing)

Recommended Parameters

Temp 76–80°F

pH 8.1–8.4

Salinity 1.025–1.026

Calcium 400–450 ppm

AlkAlkalinity 8–9 dKH

Magnesium 1280–1350 ppm

Feeding photosynthetic, microplankton, zooplankton, rotifers, copepods, finely chopped mysis shrimp, enriched brine shrimp, coral-specific powdered foods

Care & Placement

Flame Thrower Chalice Coral (Echinophyllia sp.) prefers stable, nutrient-moderate systems with low to moderate light and gentle, variable flow. Target 75–150 PAR; start on the low end and increase slowly to avoid bleaching and color loss. Provide indirect flow that keeps the surface clear of detritus without lifting tissue. Feed 1–3 times weekly after lights dim with small meaty foods (mysis, reef roids, finely minced seafood); observe feeding tentacles for best response. Maintain: temperature 75–78°F (24–26°C), salinity 1.025–1.026, pH 8.0–8.4, alkalinity 8.0–9.5 dKH, calcium 420–460 ppm, magnesium 1300–1400 ppm, nitrate 2–10 ppm, phosphate 0.03–0.08 ppm. This coral is sensitive to rapid swings, especially alkalinity and salinity; test weekly and dose small, frequent adjustments. A PAR meter and reliable test kits help keep conditions consistent.Place low to mid in the tank on stable rock, ideally on a ledge or horizontal surface with partial shade. Avoid direct sand contact to prevent abrasion. Leave 3–6 inches of space; chalices can extend sweeper tentacles and digest neighbors at night. Acclimate by dipping, inspecting for pests, and using light acclimation (reduced intensity or mesh screening for 1–2 weeks). Common issues include edge recession from alkalinity swings, bleaching from too much light, and brown jelly in low-flow, dirty areas—correct by stabilizing parameters, adjusting flow, fragging away affected tissue, and using an iodine dip. Secure the coral well to prevent falls, and avoid large changes in lighting or nutrients.

FAQ

Frequently Asked Questions

About the Flame Thrower Chalice Coral

Why does my Flame Thrower Chalice lose its fire-like colors over time, even though it looks healthy?

Color shifts usually track spectrum and nutrient balance. This morph keeps reds and oranges best under stable blue-heavy LEDs (peaks near 420–470 nm) with moderate PAR (75–150) and non-zero nutrients (NO3 5–15 ppm, PO4 0.03–0.1). Excessive white light or ultra-low nutrients push it toward green/teal. Increase photoperiod gradually rather than intensity, and avoid rapid alkalinity swings that mute pigments and stall new rim growth.
The growth edge is stalling and tissue is receding from the rim—what’s the likely cause?

Rim recession often follows instability: fluctuating alkalinity or low magnesium (<1250 ppm) disrupts calcification. Strong, laminar flow aimed at the rim can also lift tissue. Stabilize alk (7.5–8.5 dKH), calcium (420–460), magnesium (1300–1400), and redirect flow to a gentle, random pattern. Inspect for vermetid snails or filamentous algae abrading the margin; manual removal and a brief iodine dip can help recovery.
How aggressive is this chalice toward nearby corals, and what signs should I watch for?

Echinophyllia can deploy short sweepers and mesenterial filaments after lights out, leaving white sting marks on neighbors. It’s more reactive to high-flow contact or direct shadows. Give 3–4 inches of space, more down-current. Nighttime IR or red-light checks reveal extension patterns. If conflict occurs, slightly reduce flow, adjust spacing, and feed the chalice small meaty foods at dusk to satisfy energy demands and reduce nighttime aggression.
My chalice inflates at night but ignores food—am I missing the feeding window?

Feeding response peaks shortly after lights out when feeder vesicles extend. Try target-feeding 30–60 minutes into the dark cycle with finely chopped mysis, reef roids, or micro-pellets, throttling pumps briefly to keep food near the mouths. If it stays unresponsive, verify phosphate isn’t bottomed out and reduce light intensity slightly for a week; mild “hunger” cues and stability tend to restart the feeding reflex.