appa.c.c_12

Jackson Bamboo Mug

Brand Dex Collection

CodeMS024

Popular 350ml classic design stainless steel double wall coffee cup is now given a new eco feature of natural bamboo outer wall which is made of sustainably sourced bamboo. It has a push on plastic lid with splashproof sliding closure and stainless steel ring matching stainless steel trims. Inner wall is made of 304 type of stainless steel and keeps drinks hot and cold longer. This cup is BPA-free and not microwave and dishwasher safe handwashing is recommended. Item Size: 173mmH x 83mmD Branding: Pad Print,Laser Engrave,Direct Digital,Rotary Screen Print,Digital Crystal Label,Digital Rotary Print Packaging: Brown paper box

This Dex Collection Jackson Bamboo Mug is part of our Travel Mugs range. Construction uses bamboo. Visually, it reads as classic and modern, with a professional and eco-friendly mood. Common use cases include office, coffee shop, and travel. It is a natural match for daily use and gifts. It is aimed at adults and eco-conscious consumers. Made of sustainably sourced bamboo. The available colour is Natural. Available from 50 units, starting at $13.45 each. Bulk pricing quantity breaks are set at 50, 100, 250, 500, 1000, and 2500 units. Several decoration methods are listed for this product: Digital Print, Laser Engrave, 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. Laser Engrave: Permanent engraving burned into the surface. Premium look, large branding areas on curved products like bottles and pens. 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.