SL
SLRB GREEN LOCK
Deep-Tech Platform
01 / PlatformSustainable Material Intelligence

Programmable
Sustainable Material
Intelligence.

SLRB Green Lock develops modular plant-based smart material systems for sustainable packaging, authentication, and next-generation verification technologies.

Explore Technology→Partnership Inquiry
Stage
Demonstrator
HQ
Hüllhorst, DE
Focus
Biomaterials
Model
Modular Platform
02 / AboutThe Company

A German deep-tech platform startup building the substrate of sustainable industry.

SLRB Green Lock Tech operates at the intersection of biomaterials, smart packaging, optical functionality, and circular economy engineering — developing a modular material platform designed for real industrial integration.

Modular Platform
Composable material architecture engineered for adaptation across product categories.
Sustainable Systems
Plant-based substrates and functional coatings aligned with circular logic.
Demonstrator R&D
Early-stage demonstrators developed under scientific evaluation protocols.
Industrial Partnerships
Built in collaboration with research institutions and industry pilots.
03 / TechnologyMaterial Platform

Layered biomaterial architecture — modular, evaluable, scalable.

Our platform is under active development. Functional behavior is evaluated at demonstrator stage and is not yet claimed as scientifically proven final functionality.

Layered biomaterial architecture
FIG. 01 — Cross-sectionDemonstrator
  1. L01
    Substrate
    Plant-based base layer engineered for mechanical resilience and recyclability.
  2. L02
    Functional Coating
    Tunable barrier and optical coatings for protective and sensoric tasks.
  3. L03
    Optical / Sensoric Layer
    Material-integrated optical features enabling verification and signal response.
  4. L04
    Authentication Interface
    Embedded markers for product authentication and traceability concepts.
  5. L05
    Integration Surface
    Designed to integrate into existing packaging and logistics workflows.
Disclosure · All described functionalities are under development. Material systems are presented as early-stage platform concepts in demonstrator and evaluation phase.
04 / ApplicationsIndustrial Surfaces

Potential applications across packaging, logistics, and verification.

Modular architecture is being explored for integration across the packaging value chain — from substrate engineering to verification and end-of-life logic.

01
Smart Packaging
02
Cold-Chain Monitoring
03
Product Authentication
04
Anti-Counterfeit Systems
05
Sustainable Logistics
06
Food & Pharmaceutical Packaging
07
Circular Packaging Solutions
08
Traceability Systems
04b / R&DActive Development

Current Development Focus.

All tracks are actively developed and evaluated with partners at demonstrator and screening stage — not yet released as final validated products.

01 / Active
Biomaterial Systems
Plant-based substrates engineered for mechanical and barrier performance.
02 / Active
Functional Coatings
Tunable coatings for protective, optical, and sensoric functions.
03 / Active
Recyclable Packaging Integration
Compatibility with established recycling streams as a design constraint.
04 / Active
Demonstrator Development
Iterative demonstrator builds to validate platform behavior.
05 / Active
Industrial Screening
Screening against real-world packaging and logistics requirements.
06 / Active
Sustainability Evaluation
Lifecycle and environmental reasoning across material decisions.
07 / Active
Material Validation
Structured evaluation with research and industrial partners.
08 / Active
Open Collaboration
Co-development tracks with pilot and ecosystem partners.
05 / SustainabilityEnvironmental Logic

Engineering sustainability as a material property — not a label.

Sustainable plant-fiber material
Plant-based
Substrates built from renewable plant-based feedstocks.
Recyclable Concepts
Material design aligned with recyclability pathways.
PFAS-free direction
Engineering oriented toward PFAS-free formulations.
Circular Economy
Embedded in circular industrial logic and end-of-life thinking.
Industrial Integration
Designed for compatibility with existing production lines.
Conscious Material Systems
Environmental responsibility built into platform decisions.
06 / PartnershipCollaboration

Building the Future Through Strategic Collaboration.

We work with industrial partners, research institutions, and ecosystem allies to co-develop the next generation of sustainable material systems.

01
Industrial Pilot Partnerships
02
Research Collaborations
03
Packaging Industry
04
Material Science
05
Recycling & Sustainability Initiatives
06
European Innovation Ecosystem
Partnership Request →ns@schuette-huellhorst.de
Founder portrait — Nadiya Schütte
Founder · Managing Director
07 / FounderLeadership

Nadiya Schütte

Founder & Managing Director

Vision-driven founder developing modular sustainable material systems at the intersection of biomaterials, smart packaging, and industrial innovation — built for European deep-tech ambition and international scalability.

Based in
Hüllhorst, DE
Domain
Deep-Tech / Material
08 / ContactGet in Touch

For industrial pilots, research collaboration, and partnership inquiries.

Company
SLRB GREEN LOCK TECH UG (haftungsbeschränkt)
Address
Mühlenbruchweg 5
32609 Hüllhorst
Germany
Managing Director
Nadiya Schütte
Contact UsPartnership Request