Rubbermaid expands food container range with recycled content

Rubbermaid has expanded its range of food storage and pantry containers with products made using Eastman Tritan Renew copolyester, a material containing up to 50% certified recycled content. The move brings recycled-content technology into a wider selection of reusable food containers while maintaining the performance characteristics associated with Tritan copolyester.

The new range reflects growing demand for products that incorporate recycled materials without requiring major changes to functionality. For food storage applications, durability, transparency, resistance to staining and odour retention are important considerations, making material selection particularly significant.

Tritan Renew incorporates recycled material

Tritan Renew uses Eastman's molecular recycling technology to produce material with certified recycled content. The process breaks down waste materials into their molecular building blocks, which can then be used to manufacture new copolyester.

According to Eastman, the approach allows recycled content to be incorporated while maintaining the performance properties expected from the original material. This is particularly relevant for reusable food containers, which need to withstand repeated use and cleaning.

Up to 50% recycled content

The Rubbermaid products can contain up to 50% certified recycled content, depending on the specific product. Using recycled feedstock reduces the reliance on virgin fossil resources and creates an additional outlet for materials that would otherwise require disposal or lower-value applications.

The use of certified recycled content also provides a measurable way for manufacturers to communicate material improvements. As regulatory and market pressure around recycled content continues to increase, such traceability is becoming increasingly important for companies developing more circular products.

Reusable packaging shifts the sustainability equation

Unlike single-use food packaging, reusable containers are designed to remain in use over an extended period. Their environmental performance therefore depends on factors including durability, frequency of reuse, cleaning requirements and the materials used during manufacture.

Increasing recycled content can complement this reuse model by reducing the amount of virgin material required to manufacture each container. The combination of long service life and recycled feedstock can help retain material value for longer within the product system.

Performance remains central to food storage

Rubbermaid's adoption of Tritan Renew also highlights the importance of balancing sustainability with functional requirements. Food containers must provide adequate mechanical strength while remaining suitable for everyday handling and storage.

Transparency can be particularly useful for consumers, allowing them to identify the contents of a container without opening it. Resistance to staining and odour retention can also contribute to longer product lifetimes by allowing containers to remain functional and visually appealing after repeated use.

Recycled-content solutions gain momentum

The expansion of recycled-content materials into reusable consumer products reflects a broader shift in the plastics industry. Rather than focusing solely on replacing plastics, manufacturers are increasingly exploring ways to incorporate recycled feedstocks while preserving the properties that make polymers useful.

For food storage products, this approach can support circularity without requiring consumers to change how they use the products. As recycled-content technologies develop and access to suitable feedstocks increases, more applications could adopt similar material strategies.

Material innovation supports a circular plastics economy

Rubbermaid's new containers demonstrate how recycled-content technologies can be applied beyond conventional packaging. By combining reusable product design with copolyester containing certified recycled material, the range illustrates one pathway towards reducing dependence on virgin plastics.

The development also highlights the growing role of molecular recycling and other advanced recycling technologies in supplying recycled feedstocks for applications where maintaining high material performance is essential. As brands and manufacturers face increasing pressure to reduce virgin material use, solutions that combine recycled content with durability could become increasingly important across the plastics and packaging industries.