Reef-safe materials for corals and marine ecosystems
Filament, reef blocks, and coral substrates designed for aquariums, coral nurseries, and marine research.
Teire Reef Filament
A reef-safe, biodegradable filament designed for 3D printing structures used in aquariums, coral nurseries, and marine research environments.
- Reef-safe and marine-compatible
- Supports biofilm formation
- Designed for prolonged water contact
- Compatible with standard FDM printers
Teire Reef Blocks
Biodegradable reef-inspired blocks with internal porosity and water channels, designed to support coral attachment and habitat formation.
- Porous internal architecture
- Optimized water flow and microhabitats
- Temporary, biodegradable structure
- Block dimensions customizable during pilot phase
Teire Coral Plugs
Biodegradable 'mushroom-style' coral frag plugs designed as an alternative to ceramic and cement plugs.
- Rough, coral-friendly surface
- Gradual biodegradation over time
- Suitable for aquariums and coral farms
- Standard frag plug geometry
How it works
Submit a request
No payment required to join our early access program
We review your use case
Our team evaluates your specific marine environment needs
Pilot batch production
Custom materials are produced for your specific requirements
Delivery to early partners
Your reef-safe materials arrive ready for use
Why reef-safe, biodegradable materials?
Designed for compatibility with living marine systems
Supports biofilm and coral attachment
Temporary structures that integrate over time
No permanent plastic left behind
Frequently asked questions
The material is designed for controlled and real-world marine environments, including research systems, coral nurseries, restoration pilots, and selected aquarium and aquaculture applications. Performance and transformation depend on environmental conditions such as water chemistry, flow, and biological activity.
The material is not designed as an inert permanent structure. It is engineered to undergo functional transformation over time, supporting biological settlement and mineral-based stabilization as part of the ecosystem.
The material is designed to be biologically compatible with marine organisms and to support natural settlement processes. It does not contain active biological agents and is intended to interact with existing ecosystems rather than introduce external biology.
Yes. Material formats, dimensions, and geometries can be adapted during pilot and validation phases to support specific research objectives or deployment requirements.
Performance is evaluated through controlled laboratory testing, field pilots, and long-term biological observation. Validation typically involves collaboration with research institutions, coral nurseries, or restoration programs, depending on the deployment context.
The material is developed as a platform. Early deployments focus on validation and controlled use, with standardization and broader availability following successful pilots.
Join the early access program
Request filament, coral plugs, or reef blocks.
Request Early Access
Reef Filament
8–12 weeks
Coral Plugs
6–10 weeks
Reef Blocks
10–14 weeks