Compostable films target plastic waste in logistics

Manufacturers and logistics operators are looking for alternatives to conventional polyethylene stretch and shrink films as pressure grows to reduce single-use plastic waste across supply chains. These films are widely used to stabilise pallet loads, protect products during transportation and secure goods in storage, but large volumes can ultimately become difficult-to-recycle waste.

New compostable alternatives are being developed to provide similar load-containment and protection properties while offering a different end-of-life pathway. The approach could be particularly relevant for industrial operations seeking to reduce landfill waste without significantly changing existing packaging workflows.

Replacing conventional polyethylene

One recent development is a range of compostable films designed for heavy-duty industrial applications, including shrink wrapping and pallet stabilisation. The films are intended as direct alternatives to conventional polyethylene products and are designed to work with standard packaging equipment.

The shrink film is designed to contract evenly when exposed to heat, creating a protective barrier around products and equipment. This can help protect goods from dust, dirt and moisture during transportation and outdoor storage while maintaining the mechanical properties required for industrial applications.

Stretch film designed for automated equipment

Stretch wrapping presents a different technical challenge because the material must combine elasticity, tensile strength and sufficient cling to keep pallet loads stable. Compostable films have historically faced difficulties matching these requirements, particularly when used on automated wrapping systems.

New formulations are being developed to overcome these limitations while maintaining compatibility with existing equipment. This allows manufacturers and logistics operators to consider compostable alternatives without necessarily investing in new wrapping machinery or significantly changing established workflows.

Reducing material consumption as well as waste

Material efficiency is another important consideration for industrial packaging. High-strength stretch films can secure heavy loads using fewer layers, potentially reducing the amount of packaging material required for each shipment.

Reducing film consumption can provide both environmental and operational benefits, particularly for companies handling large volumes of pallets. Lower material use can also help businesses manage waste-disposal costs and increasingly important plastic-related charges in some markets.

Industrial composting provides an alternative end of life

Unlike conventional plastic films that are typically disposed of through landfill or other waste-management routes, certified industrially compostable films can be directed towards suitable commercial composting facilities where the required infrastructure is available.

This distinction is important because compostability does not mean that packaging will automatically break down in natural environments. Appropriate collection systems and industrial composting conditions are necessary to achieve the intended end-of-life benefits.

Applications extend across multiple industries

Compostable stretch and shrink films could be relevant across manufacturing, agriculture, e-commerce and logistics operations where palletisation and cargo protection are essential. Their potential value is particularly significant in supply chains that already handle substantial quantities of organic waste and have access to commercial composting infrastructure.

As companies continue to reduce their dependence on conventional plastics, industrial films represent another area where material innovation could contribute to broader packaging sustainability objectives. The challenge will be ensuring that alternative materials deliver reliable performance while being supported by appropriate collection and end-of-life systems.

Balancing performance and sustainability

The development of compostable industrial films illustrates the wider challenge facing sustainable packaging: replacing conventional materials without compromising the functionality required by modern supply chains. For stretch and shrink packaging, strength, elasticity, load stability and protection remain essential requirements.

As compostable materials continue to improve, their adoption could provide manufacturers and logistics operators with another tool for reducing plastic waste. However, successful implementation will depend not only on film performance but also on the availability of appropriate composting infrastructure and clear end-of-life pathways.