ATP Lighting Launches Eco-Friendly Cardboard Packaging for Greener Future

ATP Lighting introduces eco-friendly packaging made from natural cardboard and printed with white ink, reducing environmental impact and supporting sustainability goals.

Author: Yogesh Kulkarni Published Date: 13 June 2025
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ATP Expanding its Sustainable Packaging Portfolio

ATP Lighting Launches Eco-Friendly Cardboard Packaging for Greener Future

Image Credits: ATP Lighting

ATP Lighting announced its new sustainable packaging solution. It is a box made up of untinted natural cardboard and printed by using a single white ink. This strategic transfer responds to a clear choice to reduce the environmental footprint of all the manufactured and shipped products. The usage of ink in packing has a noteworthy ecological impact. Most predictable inks comprise solvents, petroleum-derived or heavy metals, and synthetic pigments. These mechanisms hamper the recycling of cardboard and, throughout production, create manufacturing waste and pollutant releases.

In addition, coloring the base cardboard needs chemical handling and additional energy consumption. Decreasing or eliminating these processes not only decrease direct ecological influence but also lessens the load across the whole supply chain. These new boxes are much more than just packages—it’s a declaration of determination. Its uncluttered plan strengthens ATP’s commitment to efficacy, circular economy, and ecological accountability—values already entrenched in its product: these are 100% recyclable products, and ecological management. The new packing is a portion of a wider sustainability plan.

At ATP, invention spread not only to luminaires but also to procedures, resources, and final product demonstration. In addition to its versatility, it stands out for its commitment to sustainability. This packaging has light pollution controlling capacity, which has 1% FHS and makes it dark-sky friendly and well-suited with certifications such as Starlight. The programmable shutoff cover can be configured to turn off at a particular time period and decrease ecological influences. Advanced polymer construction, which is resistance to corrosion.

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