BFAs are format-agnostic. If it's a polymer, we can address its end-of-life problem — without changing how it's made.
Films, pouches, wraps, bags. The highest-volume plastic application globally, and one of the hardest to recycle. Less than 5% of flexible packaging is mechanically recycled in practice. BFAs give flexible packaging a verified end-of-life pathway without compromising seal integrity, barrier performance, or print quality.
Bottles, trays, containers, caps. BFAs integrate into injection moulding and blow moulding processes without equipment modification or line changeover. Full tensile and impact properties maintained throughout product shelf life.
Mulch film, greenhouse covering, silage wrap. Agricultural plastic is routinely left in the field, buried, or landfilled — it's one of the most problematic waste streams in global food production. BFAs convert this stream to biomass instead of microplastic contamination in agricultural soils.
Polyester, nylon, acrylic — the hidden plastic in the fashion supply chain. Synthetic fibres shed microplastics in every wash cycle and persist in landfill for centuries. BFAs address end-of-life for synthetic fibres without changing the manufacturing process or the hand feel of the fabric.
Household items, toys, electronics housings, appliance components. Durable goods that are rarely recycled in practice — most end up in landfill regardless of consumer intent. BFAs provide a landfill-safe end-of-life for these long-service-life applications.
Pipes, geotextiles, packaging straps, construction film. Industrial plastics typically have long service lives and complex end-of-life logistics — collection, sorting, and reprocessing infrastructure often doesn't exist at scale. BFAs provide a disposal pathway that works regardless of what happens to the material at end of life.
Submit your polymer specs and we'll assess feasibility, regulatory requirements, and cost impact for your market.
Submit an Opportunity →