The high‑quality kraft paper body is made with recycled materials, giving it a genuine eco‑friendly pedigree that resonates with today's environmentally conscious consumers. Fully recyclable and biodegradable, this tube breaks down naturally after disposal, leaving no harmful residues behind. The all‑paper construction also makes it exceptionally lightweight, reducing shipping costs and carbon footprint compared to heavier wooden or metal alternatives. Despite its lightweight nature, the rigid cylindrical structure offers excellent crush resistance, ensuring your wine, whiskey, or spirit bottle stays perfectly protected throughout its journey from your warehouse to your customer's hands.
With an internal diameter ranging from 71 mm to 73 mm and a height of 170 mm, this compact tube is ideally proportioned for smaller‑format bottles—perfect for miniature spirits, sample sizes, or specialty wine bottles. The 170 mm height provides a snug, secure fit that keeps the bottle from shifting during transit, while still leaving room for a touch of protective cushioning such as tissue paper or crinkle fill. Beyond spirits, this versatile tube is equally suitable for wine glasses, small glassware gifts, or even artisanal food products. Its compact size makes it ideal for gift sets, promotional giveaways, event favours, or boutique retail displays, offering a premium presentation that fits comfortably in the hand.
We apply a 128 g art paper label to the exterior, providing a smooth, high‑quality canvas that enhances colour vibrancy and print sharpness. Using CMYK full‑colour printing, we reproduce your logo, product information, and decorative artwork with exceptional precision, ensuring every detail stands out vividly. The art paper's premium texture also elevates the tactile experience—it feels refined and substantial, reinforcing the quality of the product inside. Whether you're creating a bold, colourful design or an elegant, minimalist look, our printing capabilities bring your vision to life with professional, gallery‑quality results.