Sustainability in Custom Retail Display Production

Recycled acrylic can be suitable for certain parts of a cosmetic or perfume display, but it is not always appropriate for all components. For transparent parts that require high optical clarity, polished edges and consistent colour, virgin acrylic is usually recommended. Recycled-content acrylic may show slight colour variation or reduced clarity compared to virgin material. For non-transparent structural parts, bases or secondary components, recycled acrylic may be a practical option after checking the specific material properties against the approved design requirements. The suitability of recycled acrylic depends on which parts of the display are involved, the required surface quality, and whether the appearance meets the approved brand standard.

Using PLA for a 3D-printed display does not automatically make it environmentally friendly. PLA is a plant-based material that can biodegrade under specific industrial composting conditions, but these conditions are not commonly available in most countries. In standard landfill or general waste disposal, PLA does not biodegrade at a meaningful rate. For retail display applications, PLA is primarily used for prototyping and low-volume production rather than for final displays that need to meet durability and appearance standards over an extended period. Whether using PLA offers a genuine environmental benefit depends on the full production process, the service life of the display, and how it is disposed of at end of life. We advise on material suitability based on the specific project requirements rather than on general material claims.

Water-based paints offer lower VOC emissions during application compared to conventional solvent-based systems, which is a benefit for production environment air quality. However, water-based paints are not always the best option for every retail display application. The suitability of water-based paints depends on the required surface finish, colour accuracy, durability and the material being painted. For some applications, solvent-based or UV-cured systems may provide better adhesion, chemical resistance or surface quality. The right paint system is selected based on the approved appearance requirements, the display material and the expected service conditions. We review paint system options during the engineering stage and can advise on available alternatives that meet both the appearance requirements and your sustainability preferences.

Retail displays made from multiple materials are generally more difficult to recycle than single-material products. Most retail displays combine metal, plastic, wood, adhesives, coatings and electronic components. These materials need to be separated before they can be processed through standard recycling streams, and this is often not practical at end of life. In most cases, mixed-material retail displays are disposed of as general waste rather than being recycled. Designing for disassembly -- using mechanical fixings rather than adhesives where possible, and reducing the number of different materials -- can make it easier to separate components at end of life. If recyclability at end of life is a specific requirement for your project, this should be raised during the design and engineering stage so that material and construction choices can be considered accordingly.