Description
Create secure and natural-looking aquascapes with Seachem Flourish Epoxy 114g, a high-strength two-part epoxy putty designed for aquarium, terrarium, and aquascaping applications. Ideal for bonding rocks, driftwood, coral structures, and decorative hardscape materials, this versatile epoxy provides a durable hold while blending naturally into aquatic environments.
Easy to mix and apply, Flourish Epoxy can be used both underwater and in dry setups, making it perfect for freshwater aquariums, reef tanks, paludariums, and planted aquascapes. Once cured, it forms a strong bond that helps stabilize hardscape structures and prevent shifting over time.
Whether you're building dramatic rock formations, securing driftwood, or reinforcing aquascape layouts, Seachem Flourish Epoxy is a reliable solution trusted by aquarists worldwide.
Key Features
✅ Strong two-part epoxy putty
✅ Ideal for bonding rocks, driftwood, and hardscape materials
✅ Suitable for freshwater and marine aquariums
✅ Can be applied underwater
✅ Helps stabilize aquascapes and rock structures
✅ Easy to knead, shape, and apply
✅ Safe for aquarium use when cured
✅ 114g size for multiple applications
Specifications
Brand: Seachem
Product Name: Flourish Epoxy
Weight: 114g
Color: Grey
Type: Two-Part Epoxy Putty
Application: Aquascaping, Rockwork, Driftwood Bonding
Suitable For: Freshwater Aquariums, Marine Aquariums, Reef Tanks, Terrariums, Paludariums
Package Includes: 1 × Seachem Flourish Epoxy 114g
Ideal For
- Aquascaping
- Planted aquariums
- Reef aquariums
- Marine tanks
- Rock formations
- Driftwood structures
- Paludariums
- Terrariums
Benefits
- Secures rocks and driftwood safely
- Prevents hardscape movement and collapse
- Creates stable aquascape layouts
- Blends naturally with rockwork
- Suitable for both beginners and experienced aquascapers
How to Use
- Cut the required amount of epoxy.
- Knead thoroughly until the color is uniform.
- Apply between surfaces to be bonded.
- Press firmly into place.
- Allow the epoxy to cure completely before applying stress to the bond.
