Bio-Based
Sustainable Packaging
for Premium Brands
Naturally biodegradable, plastic-free materials engineered
for rigid packaging applications.
Packaging Developed at the Material Level
Most sustainable packaging relies on surface-level claims.
Agropak works at the material level instead.
Our bio-based sustainable packaging is engineered from agricultural by-products to replace plastic without compromising performance or appearance.
Engineered as Material — Not Packaging.
Designed to replace plastic without changing how products behave.
Structural Integrity
Designed to maintain form and durability across handling, storage, and use.
Barrier & Compatibility
Supports oil-based, cream-based, and semi-solid formulations without material interaction risks.
Material Authenticity
Naturally occurring finishes and plastic-free composition — no surface coatings, no polymer blends.
Engineered bio-material. Not molded plastic.
50 ml Bio-Based Rigid Jar
Plastic-free rigid packaging engineered for real formulations — delivering durability, material integrity, and finish without redesigning how products are used.
Designed to meet commercial handling, filling, and storage requirements.
Built for Real-World Packaging Applications
One material platform, engineered to support multiple premium packaging use cases.
Primary Packaging
Cosmetics & Personal Care Packaging
Primary packaging suitable for creams, balms, and semi-solid formulations — with compatibility for barrier coatings and commercial filling processes.
Premium Presentation
Luxury Gifting, Hospitality & Tourism
Rigid, plastic-free containers for premium gifting and guest experiences — suited for hotels, resorts, corporate hampers, and destination-led brands.
Long-Term Storage
Jewellery & Specialty
Packaging
Durable, naturally finished containers for jewellery, keepsakes, and specialty products requiring strength, tactility, and long-term storage stability.
Our Approach
From Engineered Material
to Commercial Packaging
A single material platform validated for real-world manufacturing, not lab demonstrations.
Pilot-scale tooling · Commercial filling compatibility · Production-intent processes
1
Engineered Bio-Composite
Formulated from agricultural byproducts with controlled density, rigidity, and surface finish — designed as a structural packaging material, not a raw input.
Material-level engineering · Controlled formulation
2
Packaging-Grade Validation
Tested across handling, closure integrity, surface finish, and compatibility with barrier coatings for real cosmetic and semi-solid formulations.
Filling · Storage · Transport compatibility
3
Pilot-Ready Production
Manufactured using production-intent tooling and processes, supporting pilot runs, customer validation, and a clear path to scale-up — without requiring material redesign.
Not lab samples · Not concept molds
Credibility
Built Through Research,
Not Rhetoric
Agropak’s material platform is the outcome of sustained research, iterative prototyping, and real-world validation — developed over multiple years before entering commercial use.
Five years of material development
Focused on transforming agricultural byproducts into rigid, packaging-grade materials suitable for demanding applications.
Iterative prototyping and validation
Multiple formulation cycles, tooling iterations, and performance refinements completed prior to market readiness.
Purpose-built for packaging
Developed as a structural packaging material from the outset — not adapted from consumer-grade or decorative materials.
Independent support and validation
Backed by government-supported grants / funding programs and early institutional collaborators.
Commercial deployment followed validation — not the other way around.
Next Step
Explore What’s Possible
We work with brands exploring plastic-free rigid packaging for demanding applications. Conversations begin with understanding context, constraints, and intent — before defining the right path forward.
Early-stage exploration is welcome. No commitments are assumed.
For Teams Taking a Measured Approach
Some packaging decisions take time — particularly when material performance, compatibility, and longevity must be evaluated together.