Reusable Coffee Cups

Carlo Glass Coffee Cup – Silicone

CodeEK012

A trendy 340ml reusable glass coffee cup which is made of borosilicate glass the cup has a wide printing area heat-resistant silicone band and push on silicone lid they are made of European standard silicone material in 13 standard colours can be mixed and matched in any colour combination. It is presented in a cardboard box with a window you can also select the gift tube to pack the cup and have your logo printed on the tube. Protect the planet and help to reduce plastic pollution by choose eco-friendly glass coffee cups as a marketing gift. This cup is not dishwasher safe and handwashing is recommended. Note the silicone band/lid is not recyclable material. Item Size: 130mmH x 90mmD Branding: Screen Print,Debossing Packaging: Brown paper box or optional gift box/tube available

This Dex Collection Carlo Glass Coffee Cup – Silicone is part of our Reusable Coffee Cups range. Construction uses borosilicate glass. Visually, it reads as trendy and modern, with a eco-friendly and casual mood. Common use cases include office, coffee shop, and corporate gift. It is a natural match for staff onboarding and client gift. It is aimed at professionals and adults. Helps to reduce plastic pollution. Available in Clear, with sizes 013 Glass Cup, 014 - Black Lid, 014 - Bright Green Lid, 014 - Dark Blue Lid, 014 - Dark Green Lid, 014 - Light Blue Lid, 014 - Orange Lid, 014 - Pink Lid, 014 - Purple Lid, 014 - Red Lid, 014 - Royal Blue Lid, 014 - Teal Lid, 014 - White Lid, and 014 - Yellow Lid. Available from 50 units, starting at $6.45 each. Bulk pricing quantity breaks are set at 50, 100, 250, 500, 1000, 2500, and 5000 units. Several decoration methods are listed for this product: Debossing and Screen Print. Debossing: Pressed indentations create an engraved-look finish — a cheaper alternative to letterpress, eye-catching on leather and paper. Screen Print: Ink pushed through a fine mesh screen onto flat products. Large print areas, vibrant colours — the classic method for apparel.