Skip to content

Contigo Pack of 2 Autoseal Spill-proof Thermal Travel Mugs - Blue & Grey

by Contigo
Sold out
Original price £28.99 - Original price £28.99
Original price
£28.99
£28.99 - £28.99
Current price £28.99
Availability:
Out of stock
Description

Introducing the brand-new Contigo Autoseal Thermal Travel Mugs, a perfect combination of style, convenience, and performance. This pack of 2 BPA-free mugs is powered by ThermolockTM vacuum insulation technology to keep your drinks hot for up to 5 hours and cold for up to 12 hours, ideal when you are on the go! The mugs feature an Autoseal lid that seals between sips.

Designed with everyday life in mind, this 473 ml bottle has spill proof components so that you can enjoy your coffee or beverage while driving or working without worrying about any spills. Plus the modern look with Red & Grey colors is sure to brighten your day. Get yours today!

Features:

  • Vacuum insulated to keep drinks hotter & colder for longer
  • Up to 5 hours hot & up to 12 hours cold
  • Autoseal button prevents unwanted spills & locks automatically
  • Easy clean lid- a lid that pivots open for easy cleaning & is dishwasher safe
  • Fits under most single serve brewers
  • Dishwasher safe paint
  • BPA free
  • Dishwasher safe
  • Capacity: 473 ml each
  • Material: 18.10 Stainless steel
  • Dimensions: H 20.9 x W 7.6 x D 8.5 cm
Delivery

Delivery Option  Price
48hrs Tracked - Order before 1pm £5.99 (free delivery above £49)
24hrs (Express) Tracked - Order before 1pm £8.99

 Delivery quoted above is for delivery to most the UK mainland, for further details see our Delivery and Shipping page.

Disclaimer

The details have been prepared for your information only. LemonSalt have taken every care to ensure that the information is accurate but we strongly recommend that you read the product packaging before use. Product details are subject to change at any time.

Food Items that are discounted may be approaching their expiry date or "best before date"

Please reach out if you have any questions on specific products.