EPS reality
Static cube, recurring waste
Non-nestable format means recurring spend on storage and transport of empty air.
Solutions
Engineered solutions for the
global cold chain.
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Molded fiber systems built to replace legacy EPS—strong thermal performance, better cube on the truck, and end-of-life paths that match real recycling programs.
Thermal
Lane-validated
Freight
Cube-optimized
Circularity
MRF-aware
Thermal performance
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Thermal integrity
High-density fiber cores target strict chilled parameters for qualified lanes — validate duration and payload with engineering data.
96hr
Validated hold
<0.5°C
Drift target
Freight & warehouse cube
Freight density
"Stop paying for air."
EPS consumes fixed cube whether loaded or empty. Nestable fiber formats collapse that dead space so you move more useful payload per trailer, reduce warehouse footprint, and cut avoidable touches.
Fiber advantage
Nested formats, less dead space
Nesting + flat-pack design can unlock meaningful cube gains when lane constraints are qualified.
Recovery & end of life
Circularity (end-of-life)
The goal is simple: packaging that can move through real recovery systems, not just carry a recyclable label.
EPS may be listed as "recyclable," but in most lanes it is rarely collected and actually reprocessed at scale. Waxed corrugated faces the same reality: technically possible, often rejected by local systems. Fiber packs are built for real-world paper recovery pathways where accepted — confirm coatings and local MRF rules.
Recyclable vs actually recycled
EPS and waxed corrugated often fail real collection + sort flows
Paper-stream recovery
Designed for mixed-paper collection where local MRF rules allow
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