Abstract: A cushioned shipping assembly includes a carton and foam inserts to support a product shipped by a supplier, which elements are successively returned by an end user to be reused in the same or other shipping assembly, while various components are recycled as they become spent. In some embodiments, the carton collapses to a diminished size for return. A resource center reroutes or refurbishes the components, recycling aged or spend pieces. On-premises pelletizing of reclaimed polymer provides a more efficient, environmentally clean system. Spent inserts of identified polymer may be diverted to users of specific resins.

Abstract: A cushioned shipping assembly includes a carton and foam inserts to support a product shipped by a supplier, which elements are successively returned by an end user to be reused in the same or other shipping assembly, while various components are recycled as they become spent. In some embodiments, the carton collapses to a diminished size for return. A resource center reroutes or refurbishes the components, recycling aged or spend pieces. On-premises pelletizing of reclaimed polymer provides a more efficient, environmentally clean system. Spent inserts of identified polymer may be diverted to users of specific resins.

Abstract: A cushioned shipping assembly includes a carton and foam inserts to support a product shipped by a supplier, which elements are successively returned by an end user to be reused in the same or other shipping assembly, while various components are recycled as they become spent. In some embodiments, the carton collapses to a diminished size for return. A resource center reroutes or refurbishes the components, recycling aged or spend pieces. On-premises pelletizing of reclaimed polymer provides a more efficient, environmentally clean system. Spent inserts of identified polymer may be diverted to users of specific resins.

Abstract: A cushioned shipping assembly includes a corrugated carton and foam inserts which are returned by an end user to the fabricator. In some embodiments, the carton collapses to a diminished size for return. The fabricator refurbishes the components, recycling aged or spent pieces. Preferably polyolefin foams, olefin-based adhesives and coatings, and wood fiber-based corrugated material make up the cushioned system, and one component is compatible with recycling processes of others. The fabricator may perform on-premises pelletizing of reclaimed polymer, thus providing a more efficient, environmentally clean system.

Abstract: A cushioned shipping assembly includes a carton and foam inserts to support a product shipped by a supplier, which elements are successively returned by an end user to be reused in the same or other shipping assembly, while various components are recycled as they become spent. In some embodiments, the carton collapses to a diminished size for return. A resource center reroutes or refurbishes the components, recycling aged or spend pieces. On-premises pelletizing of reclaimed polymer provides a more efficient, environmentally clean system. Spent inserts of identified polymer may be diverted to users of specific resins.

Abstract: A cushioned shipping assembly includes a carton and foam inserts to support a product shipped by a supplier, which elements are successively returned by an end user to be reused in the same or other shipping assembly, while various components are recycled as they become spent. In some embodiments, the carton collapses to a diminished size for return. A resource center reroutes or refurbishes the components, recycling aged or spend pieces. On-premises pelletizing of reclaimed polymer provides a more efficient, environmentally clean system. Spent inserts of identified polymer may be diverted to users of specific resins.

Abstract: A cushioned shipping assembly includes a carton and foam inserts to support a product shipped by a supplier, which elements are successively returned by an end user to be re-used in the same or other shipping assembly, while various components are recycled as they become spent. In some embodiments, the carton collapses to a diminished size for return. A resource center re-routes or refurbishes the components, recycling aged or spent pieces. Preferably polyolefin foams, olefin-based adhesives and coatings, and wood fiber-based corrugated material make up the cushioned system, and one component is compatible with recycling processes of others. On-premises pelletizing of reclaimed polymer provides a more efficient, environmentally clean system. Spent inserts of identified polymer may be diverted to users of specific resins.

Abstract: A cushioned shipping assembly includes a carton and foam inserts to support a product shipped by a supplier, which elements are successively returned by an end user to be re-used in the same or other shipping assembly, while various components are recycled as they become spent. In some embodiments, the carton collapses to a diminished size for return. A resource center re-routes or refurbishes the components, recycling aged or spent pieces. Preferably polyolefin foams, olefin-based adhesives and coatings, and wood fiber-based corrugated material make up the cushioned system, and one component is compatible with recycling processes of others. On-premises pelletizing of reclaimed polymer provides a more efficient, environmentally clean system. Spent inserts of identified polymer may be diverted to users of specifc resins.

Abstract: A packing device for protecting an item housed in a container essentially consisting of a plurality of shock absorbing elements, each having an integral recess along one of its sides, and a loop of stretchable elastomeric cord which frictionally interfits within the recess. Preferably, the cushioning elements are of a resilient and non-abrasive foam material adapted and configured to be removably snap-fitted onto the cord at desired positions. In use, and depending on the desired packaging configuration, the cord with the cushioning elements attached is stretched either about an item to be shipped within a single container, or about an inner container which is then snugly fitted (i.e., with a tight fit) within an outer container. The invention can also be practiced by placing the device about an item or container to be shipped, and not employing additional outside packaging about the mounted packing device.