Packaging Element - TX

Packaging Element

A Packaging Element represents an individual part of a packaging system, such as a bottle, can, closure, label, or cushioning. It defines the material composition and function of a specific packaging feature, enabling structured data inheritance and standardization within the packaging taxonomy.

Packaging Element is a data object that defines a fundamental part of a packaging structure. It can be associated with:

• A Packaging Element Unit (PEU), in case the PEU is a by the Brand/Manufacturer, or directly to a Sales or Transport Unit (Individual Sales Unit, Grouped Sales Unit, Transport Stock Unit), or Transaction Level Supply Chain Unit (e.g. Order Delivery Unit).

Unlike a Packaging Component, a Packaging Element is not an inventory item. It is a descriptive data entity used to structure packaging hierarchies and material compositions.

Cycles per Packaging Element

For Extended Producer Responsibility (EPR) reporting, and in line with PPWR requirements, it is important to account for the intended usage cycles of each packaging element within a disposal unit (TAU/DRU). Not all packaging elements are designed for the same number of cycles.

Cycle types

• Single-cycle elements: Components such as labels, sleeves, and closures are typically discarded after one use. They are inherently single-use even if attached to a multi-cycle container (e.g., the front label of a deposit-return glass bottle).
• Multi-cycle elements: Certain components—most commonly bottles or rigid containers—may be designed for reuse across multiple cycles (e.g., refillable bottles in stores or refillable glass bottles in a deposit-return system). For these, recording the targeted or average number of cycles is critical, as it directly influences recyclability grades and EPR calculations.

Examples

• A Throw-Away Unit (TAU) bottle may be suited for in-store refill. In this case, the bottle is a multi-cycle element (e.g., 15 cycles), including its front and back labels if the consumer does not remove them before refilling.
• A Disposal Unit (DRU) might consist of three packaging elements: the glass bottle, a front label, and a back label. The bottle is multi-cycle (e.g., 10 cycles), while both labels are single-cycle (washed off before the bottle is refilled).

Cycles per Packaging Element

For Extended Producer Responsibility (EPR) reporting, and in line with PPWR requirements, it is important to capture the intended usage cycles of each packaging element within a disposable unit (TaU/DRU). Not all packaging elements are designed for the same number of cycles.

Cycle types

• Single-cycle elements: Components such as labels, sleeves, and closures are typically discarded after one use. They are inherently single-use even if attached to a multi-cycle container (e.g. the Front Label of a Deposit Return Glass Bottle).
• Multi-cycle elements: Certain components, most commonly bottles or rigid containers, may be designed for reuse across multiple cycles (e.g., refillable bottles in store, refillable glass bottles part of a Deposit Return System). For these, recording the targeted/average number of cycles is critical, as it directly influences recyclability grade and EPR calculations.

Example

A Throw Away Unit (TAU) bottle may be suited for in-store refill. Here, the bottle is a multi-cycle element (e.g., 15 cycles), including its front and back labels (assuming that the consumer is not removing the labels before refilling).

A Disposal Unit (DRU) might consist of three packaging elements: the glass bottle, a front label, and a back label. The bottle is multi-cycle (e.g., 10 cycles), while both labels are single-cycle (will be washed off before refilled).

Example table (TAU in-store refill)

Packaging element	CycleType	CycleCountTarget
Bottle	Multi	15
Front label	Single	—
Back label	Single	—

Example table (DRU with three elements)

Packaging element	CycleType	CycleCountTarget
Bottle	Multi	10
Front label	Single	—
Back label	Single	—

Key Characteristics

• Non-Inventory Item – Exists purely as a data entity, not as a physical item with an article ID.
• Hierarchical Structure – Can be linked to Packaging Components, Finished Goods, or Shipping Units to model multi-layered packaging structures.
• Material Definition – Each Packaging Element consists of one or more Materials (mono materials and composites), defining the physical composition.
• Data Inheritance – When a Finished Good references a Packaging Component, it automatically inherits its Packaging Elements and their associated materials.
• Flexible Data Exchange – Allows for direct integration when Finished Goods or Trade Units are sourced externally, ensuring that packaging specifications remain structured and standardized.

Examples

Packaging Component with SKU ID	Packaging Element	Materials
459876 - 33ml Beverage Can	Can	Aluminum
768744 - Aluminium lid with PVC liner diameter 8cm	Lid	Aluminium, PVC
657645 - PET Bottle 1 Liter- Colorless	Bottle	PET

Relationship with Other Concepts

• Packaging Component – A Packaging Component is an inventory item that consists of one or more Packaging Elements.
• Supply Chain Unit SCU – A SCU can have direct associated packaging elements or can inherits the Packaging Elements of its associated Packaging Component.
• Packaging Material – Defines the materials used in a Packaging Element.
• DataTopic Packaging – Packaging elements can be used in the Packaging DataTopic.

Data Exchange Considerations

A Packaging Element is crucial for ensuring structured and interoperable data exchange within supply chains. It allows for:

• Consistency in packaging specifications across multiple Finished Goods.
• Automated material tracking and sustainability assessments.
• Seamless integration with regulatory compliance and EPR reporting.