Glaspray pioneers sustainable beauty with world’s first forged aluminium T6061 packaging

A Taiwan-based leader in dispensing and packaging solutions for the fragrance, skincare, and cosmetics industries, Glaspray is unveiling a revolutionary step toward sustainable beauty — the first bottles and jars crafted from forged aluminium alloy T6061.

Source:Glaspray

This product line reflects the company's dedication to redefining materials to reduce the environmental impact of packaging solutions. The forging process enhances structural integrity while enabling precision shaping, resulting in designs that are both sleek and highly functional. The bottles and jars are fully reusable and infinitely recyclable, embodying the company's core values of Rethink, Reduce, Reuse, and Recycle.

T6061 aluminium alloy

T6061 aluminium is typically used in high-performance sectors like aerospace and automotive engineering and is known for its exceptional strength, lightweight properties, and corrosion resistance. By bringing this advanced material into packaging, Glaspray is redefining industry standards, combining durability, elegance, and environmental responsibility in one innovative solution.

By leveraging advanced forged aluminium alloy T6061, Glaspray takes a significant step forward in offering partners sustainable solutions without compromising quality or design. With this launch, Glaspray strengthens its dedication to creating positive change in the fragrance, skincare, and cosmetics industries. Once again, the company asserts its leadership in refillable packaging, staying true to its motto: "Together, we can reshape the future of beauty packaging."

“This product line embodies our commitment to rethinking conventional materials to minimize environmental impact. The forging process not only enhances the structural integrity of the packaging but also allows for precision shaping, creating designs that are both sleek and functional,” added Glaspray.

Aluminium forging is a manufacturing process that shapes aluminium alloys into high-strength, durable components by applying intense pressure. This involves pressing, pounding, and compressing an aluminium billet to form robust, strong, and resilient parts.