Reusable Coffee Cups

Karvo Kuppa – EcoBlend

CodeEK010-E

This 350ml (12oz) carry cup is a durable and reusable double wall cup that can be customised with your company logo. Crafted with pressed coffee grounds and tea grounds, it offers a more environmentally conscious and recyclable option. It features an easy screw lid with a silicone drinking hole stopper to help prevent leaks and is designed to be 100% leak proof. The double wall construction keeps drinks hot or cold for longer, making it ideal for use on the go, at home, or in the office. This product is not microwave safe and hand washing is recommended. Item Size: 130mmH x 90mmD Branding: Pad Print,Rotary Print,Direct Digital,Digital Crystal Label,Digital Rotary Print Packaging: Brown paper box or optional gift box/tube available

This Dex Collection Karvo Kuppa – EcoBlend is part of our Reusable Coffee Cups range. Construction uses pressed coffee grounds and tea grounds. Visually, it reads as modern, with a professional mood. Common use cases include office, home, and on the go. It is a natural match for corporate gift and staff onboarding. It is aimed at professionals and adults. Made from recycled coffee and tea grounds, recyclable. Available in Coffee Grounds and Tea Grounds. Available from 100 units, starting at $5.03 each. Bulk pricing quantity breaks are set at 100, 250, 500, 1000, 2500, and 5000 units. Several decoration methods are listed for this product: Digital Print, Pad Print, Rotary Print, and Screen Print. Digital Print: Full-colour CMYK print on flat substrates like paper, vinyl, and magnets. Ideal for complex images, gradients, and variable data. Pad Print: Silicone pad transfers ink from an etched plate onto curved or uneven surfaces. The most popular branding method for promo merch. Rotary Print: UV inkjet wraps full-colour, glossy artwork around cylindrical products. No setup charge per colour, vibrant on dark surfaces. Screen Print: Ink pushed through a fine mesh screen onto flat products. Large print areas, vibrant colours — the classic method for apparel.