Bioseniatic™ Adhesives

Designed for businesses seeking to reduce environmental impact without sacrificing performance, our biodegradable technology enables a seamless transition to truly compostable materials.

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What It Is

We’re making Bioseniatic™ adhesives to use with the compostable packaging formats you worked hard to design. Formulated to mineralize to CO2 through microbial catabolic processes, Bioseniatic™ adhesives leave no trace in their receiving environment.

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How It Works

Our adhesive solutions are designed to meet certified compostability standards by supporting complete biodegradation, physical disintegration, and environmental safety.

Backed by Measurable Science

Line graph showing absolute biodegradation percentage over days for three materials: adherence adhesive, typical compostable plastic, and natural material cellulose. Adherence adhesive shows rapid biodegradation reaching over 100% within 81 days. Typical compostable plastic reaches around 35% after 361 days. Natural material cellulose shows slow initial degradation, peaking at around 40% before declining. A red dashed line indicates the 90% compostability benchmark.

Breakdown Performance in Home Compost

Our adhesive breaks down as completely as natural materials, significantly outperforming conventional compostable plastics in home compost conditions.

Validated Biodegradation Performance

  • Matches natural material biodegradation

  • Exceeds compostability benchmarks

  • Outperforms typical compostable plastics

Key Takeaways

  • Absolute biodegradation measures how much of a material is converted into CO₂ during microbial activity. Relative biodegradation compares this performance against natural materials like cellulose to confirm true compostability.

  • Compostability is evaluated through standardized testing that measures CO₂ evolution (respirometry), physical disintegration, plant growth safety, and heavy metal content to ensure environmental safety.

  • The structure of bonded materials significantly impacts biodegradation. Continuous adhesive layers can slow decomposition, while more permeable structures allow microorganisms, oxygen, and moisture to accelerate breakdown.

Biologically degradable by design.

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Our adhesives are designed to break down naturally after use.

Instead of leaving behind plastic residue, they are consumed by microbes and converted into CO₂ and organic matter.

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Why home compostable adhesives?

Most packaging today is used for days, but lasts for years.

Home compostable adhesives are designed to break down in real-world conditions, not just in specialized facilities.

Material Compatibility.

Works with the materials you already use

Our adhesives are compatible with a wide range of compostable packaging materials, including:

• PLA
• PHA
• Starch-based materials
• Other compostable blends

Designed to integrate seamlessly into existing manufacturing, without compromising performance or shelf life.

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Bioseniatic™ Adhesive Benefits

Designed for compostable packaging performance, compliance, and long term material compatibility.

Complete Biological Degradation
Unlike other adhesives, our BioseniaticTM adhesives biologically degrade rapidly in all composting temperatures above freezing.
Rapid Biodegradation
We've developed a rapidly degrading adhesive that mineralizes faster than all other parts of compostable plastic packaging.
No Compromises
BioseiaticTM resins may be compounded with other compostable materials to accelerate overall carbon mineralization.
PPWR Compliant
Under Article 9 and 2025/40, the PPWR mandates that sticky labels applied directly to fruit and vegetables must be industrially compostable. Some European member states may require home compostable sticky labels in 2028.
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Packaging Possibilities.

Small-format packaging is one of the hardest to recycle.

Sticky labels on produce are a major source of contamination in compost and soil.

Our adhesive breaks down completely, leaving no microplastics behind.

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