A Saeplast Sustainable and Reusable Solution for Caleta Bay

A Saeplast Sustainable and Reusable Solution for Caleta Bay

Sustainability and reusability are at the core of Saeplast's mission as we work hand-in-hand with customers to develop solutions that are both environmentally responsible and economically viable. This commitment is exemplified in our partnership with the Chilean salmon company Caleta Bay. Through the use of Saeplast's innovative logistics bins and a forward-thinking renting model, Caleta Bay has discovered a way to balance efficiency with sustainability in their operations.

Saeplast bins are among the most durable and robust bins in the world today with a life span of 10-15 years. Compared to the 1–2-year life span of local provider bins, the Saeplast bins solve many pain points for Caleta Bay.

A Sustainable Renting Model

In regions like Europe and Chile, where the majority of the world’s farmed salmon is produced, the demand for logistics bins is immense, particularly during peak harvest seasons. Instead of investing in large fleets of bins that may sit unused during off-seasons, Saeplast promotes a renting model. This approach not only meets the fluctuating demands of companies like Caleta Bay but also minimizes waste and maximizes the lifespan of each bin through repeated use.

The renting model ensures that companies have access to high-quality, insulated plastic containers precisely when they need them, without the burden of storing excess inventory during slower periods. This model not only reduces environmental impact by encouraging reuse but also enhances the overall efficiency of the supply chain.

Meeting Expectations with Sustainable Solutions

Saeplast’s PUR DXS335 Isothermal Bin provided the perfect answer. With its double-walled polyethylene construction and polyurethane filling, the bin offers superior temperature retention, keeping Caleta Bay’s products fresh during transport and waiting periods. Its durability ensures that the bin maintains its shape and structure even under the heavy demands of repeated forklift handling and stacking.