Henkel has introduced a new tinplate can packaging solution for its adhesive portfolio in Europe, incorporating CO₂-reduced steel as part of its sustainability initiatives.
The development has been carried out in collaboration with thyssenkrupp Rasselstein and packaging manufacturer Pirlo. The cans are produced using bluemint® steel, a material designed to lower carbon emissions during production. According to Henkel, the steel enables a reduction of approximately 62% in CO₂ emissions compared with conventional tinplate.
The new packaging is being deployed across Henkel’s Adhesive Technologies business, particularly for products used by professional craftsmen. These include pipe adhesives under the Tangit brand as well as other industrial adhesive applications. The transition focuses on maintaining the performance characteristics required for chemical-resistant, durable packaging while improving the environmental profile of the material.
Tinplate remains a widely used packaging substrate due to its strength, barrier properties, and recyclability. In Europe, metal packaging recycling rates are reported to be high, supporting circular material flows. By integrating CO₂-reduced steel into this established format, Henkel aims to reduce the carbon footprint of its packaging without requiring changes to existing filling or usage systems.
The CO₂-reduced steel used in the cans has been externally verified and certified, aligning with industry requirements for validated emissions claims.
The move reflects a broader trend in the packaging sector towards lower-carbon raw materials, particularly in industrial and metal packaging segments where performance and recyclability are critical.