Polyp Ignite

Stimulate Coral Feeding & Boost Polyp Extension

• Promotes Polyp Extension & Vibrant Coloration
• Rich in Amino Acids, Fatty Acids & Natural Pigments
• Supports Coral Growth, Tissue Repair & Reproduction
• Designed for Target or Broadcast Feeding
• Pairs Well with Reef Blizzard & Restōr

Polyp Ignite from Brightwell Aquatics is a specialized coral supplement formulated to trigger an immediate feeding response while helping to enhance coloration and promote overall coral vitality. Whether you're caring for LPS, SPS, or soft corals, Polyp Ignite provides a diverse mix of nutrients that support healthy tissue growth, encourage reproduction, and deliver visible improvements in polyp extension.

Its unique formula includes bioavailable amino acids, fatty acids, and natural pigments like astaxanthin, chlorophyll, and phycocyanin—ingredients known to support coloration and energy transfer in photosynthetic organisms. You’ll often notice corals reacting within seconds of dosing, making it an excellent choice for target feeding or prepping corals before feeding other particulate foods.

Use Polyp Ignite on its own or as part of a nutrient-rich feeding regimen alongside other Brightwell supplements like Reef Blizzard and Restōr for best results.

Dosing Instructions

Shake well before use. Turn off the protein skimmer and other mechanical filtration before adding Polyp Ignite. Wait 10-15 minutes after use before resuming filtration. Do not place glass dropper into aquarium water. If water enters product, refrigerate until used up.

Target Feeding (Recommended): Mix 1-5 mL of Polyp Ignite with a small amount of aquarium water. Using a pipette, syringe, or dropper, dispense the mixture 2-4 inches upstream of the coral. Rinse tools after each use to avoid contamination.

Broadcast Feeding: Add 1 mL or more per 50 gallons daily in a high-flow area. Wait at least 1 minute before introducing other foods. Maximum recommended dose is 5 mL per 50 gallons daily during the first 3–4 weeks; increase gradually as needed based on coral response.