appa.c.c_04

H2O Sherpa Drink Bottle & Tumbler Gift Set

Brand The Range

CodeGS1002

This classic gift set is made up of the model 4070- Copper Vacuum Insulated Bottle 500ml and the 4177 - Sherpa Vacuum Tumbler 325ml. Features: Both models are made from stainless steel and are double-walled vacuum sealed with copper insulation. The pieces are packed in a two-part black gift box with a foam insert. The perfect corporate gift. Material: Stainless Steel Size: 255mm(w) x 160mm(h) x 90mm(d) Packing: Packed in a two-part black gift box with a foam insert

This The Range H2O Sherpa Drink Bottle & Tumbler Gift Set is part of our Drink Bottles range. Construction uses stainless steel. Visually, it reads as classic and modern, with a professional and premium mood. Common use cases include office and corporate gift. It is a natural match for staff onboarding and client gift. It is aimed at professionals and adults. Available in Black, Navy, Silver, and White. Available from 25 units, starting at $47.13 each. Bulk pricing quantity breaks are set at 25, 100, 250, 500, and 1000 units. Several decoration methods are listed for this product: Debossing, Digital Print, Laser Engrave, Pad Print, Rotary Print, and Screen Print. Debossing: Pressed indentations create an engraved-look finish — a cheaper alternative to letterpress, eye-catching on leather and paper. 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.