Product description
The T-ceramic Thames 330 ml thermal mug is a reusable, ceramic-lined stainless-steel mug for hot and cold drinks. The ceramic interior makes cleaning easy, helps prevent odour and taste residue, and supports reliable temperature retention. The outer body is made from 90% post-consumer recycled stainless steel. You can order the thermal mug in Black or White and have it printed with your own logo.
Applications & use
Use this thermal mug for promotions, events, and trade shows. It also works well for corporate gifts and daily use at the office or on the go. The 330 ml capacity suits coffee, tea, or other beverages you want to keep at a stable temperature.
Logo & personalization
You can personalise the thermal mug with your logo or message. Choose your colour variant and preferred print position. Send your vector logo (AI, EPS, or PDF). You receive a digital proof for approval before production. Print options and achievable colours depend on the surface, the chosen technique, and your order quantity. Our team will advise you on the best result for your branding.
Product features
Capacity: 330 ml. Inner surface: ceramic lining for easy cleaning and reduced odour/taste carryover. Outer body: 90% post-consumer recycled stainless steel. Colour variants: Black and White. Reusable construction suitable for promotional branding.
Delivery & production
Production and delivery depend on your order size, colour, and printing method. A minimum order quantity applies. After artwork approval, we confirm the planned schedule. Delivery options within the EU are available upon request.
Hidalgo Bags & More
Hidalgo is your partner for practical promotional items with clear branding. We guide you from artwork to finished product and ensure consistent quality across product lines. Besides drinkware, we print many promotional textiles, such as Sporttowels, so your campaign can use matching items with the same look and feel.
| Weight | 140 g |
| Size | 0 x 0 x 8.2 cm |
Available colours:
Colors on your screen may differ from the actual colors of the final product.
