Cold coffee simply does not taste nice. That's why there's the ZWILLING Thermo Travel Mug. The Thermo mug with vacuum insulation keeps drinks like coffee and tea hot for up to 7 hours and cool refreshments cold for up to 12 hours. The travel mug in white with holds up to 450 ml and is dishwasher-safe. The vacuum mug's safety cap also ensures that it is leakproof, so that you can take your favourite beverage wherever you want without fear of its contents escaping. The cap opens simply at the press of a button. And it can even be taken apart for quick cleaning when needed. The coffee-to-go mug is made from high-quality stainless steel and features a practical non-slip base. It doesn't accidentally slip when filling it and placing it on surfaces is soft and almost noiseless. The Thermo mug's design is minimalistic and underscores the premium quality. The white is attractively restrained and discreet and makes a pleasing addition to even the most vibrant everyday environments.

• Ideal travel mug for on the move
• Effective double-wall insulation
• Keeps drinks hot for up to 7 hours and cold for up to 12 hours
• Filling capacity: 450 ml
• Minimalistic and functional design in white
• Dishwasher-safe and leakproof
• High-quality, BPA-free materials
• 18/10 stainless steel
• Lid can be taken apart for thorough cleaning
• Non-slip base for greater stability and quiet setting down

• The return policy for this product is 21 days from the receive date.
• Any damages or missing items must be reported within 5 days of receiving your order.
• Returns will only be accepted in it’s original packaging, unused, undamaged and in the condition it was shipped.
• RMA number must be assigned before any return is initiated.
• Refund for the order will be upon receipt and inspection of the item.
• Return policy does not apply to clearance items, special order or custom orders.
• Return shipping costs are the sole responsibility of the customer.
• Original shipping costs are not refundable.
• Refund will be processed to the original payment method.