Brightwell Frag Recover

• SUPPORTS RAPID CORAL RECOVERY - Helps corals regrow tissue at frag sites and strengthens overall coral health after fragging.
  
• HELPS REDUCE INFECTION RISK - Herbal dip minimizes stress and exposure to potential waterborne issues after cutting or propagation.
  
• GENTLE FORMULA FOR ALL CORALS - Ideal for soft, LPS, and SPS corals, including sensitive species in reef aquariums and frag tanks.
  
• PERFECT FOR FRAGGING ROUTINES - Use after fragmentation to condition frags and parent colonies before placing in aquarium systems.
  
• AMERICAN-MADE EXCELLENCE - Brightwell Aquatics is an industry-leading brand committed to providing innovative and scientifically backed aquatic care products. Made in the USA, we consistently deliver advanced superior quality solutions to elevate the vibrancy and health of your aquarium.

Brightwell Aquatics Frag Recover is a concentrated herbal frag dip designed to support coral recovery after fragging, propagation, or handling. Formulated with high-purity ingredients, this dip helps accelerate tissue regrowth on both parent colonies and new coral frags, while minimizing stress and reducing risk from environmental threats. Fragging exposes vulnerable areas that can lead to tissue loss or stress- Frag Recover helps seal and protect these areas to ensure successful healing.

Widely trusted by coral aquaculture facilities and reef hobbyists, Frag Recover is effective across a wide range of coral species including soft corals, LPS, SPS, and colonial polyps. Whether used as a proactive dip before adding new frags or as part of a routine fragging process, it supports the coral’s natural recovery response.

This herbal solution helps reduce risk of negative transfer when introducing new coral into aquariums, improving the odds of long-term survival and coloration. Frag Recover does not require refrigeration and can be used in frag systems or full reef aquariums. When paired with proper coral handling and water conditions, it offers a powerful tool for coral health and propagation success.