Personalised 500ml Insulated Travel Tumbler – Engraved Thermal Flask

Personalised 500ml Insulated Travel Tumbler – Engraved Thermal Flask

Keep your drinks at the perfect temperature while adding a personal touch with our Personalised 500ml Insulated Travel Tumbler.

Made from durable 304 stainless steel, this sleek reusable tumbler features a modern matte finish and can be professionally laser engraved with a name, message, initials or company logo. The engraving reveals a contrasting finish beneath the coating, creating a permanent design that won't peel or wash away.

With a generous 500ml capacity, it's ideal for water, coffee, tea and other hot or cold drinks, whether you're heading to work, travelling, going to the gym or simply using it throughout the day.

Personalise It Your Way

Choose from:

• Names
• Initials
• Short messages
• Business or company logos
• Club and team logos
• Simple graphics and designs

This makes the tumbler a great choice for personalised gifts, employee gifts, corporate merchandise, promotional products, birthdays, Father's Day, Mother's Day, Christmas and more.

Product Details

• Capacity: 500ml
• Material: 304 stainless steel with PP components
• Insulated: Designed to keep drinks hot or cold for approximately 6–12 hours
• Finish: Sleek matte exterior
• Personalisation: Permanent laser engraving
• Portable design: Suitable for work, travel, commuting and everyday use
• Car friendly: Designed with portability and cup-holder use in mind
• Packaging: Supplied boxed

A Practical Personalised Gift

Unlike printed designs or vinyl lettering, laser engraving permanently marks the surface of the tumbler, giving your personalisation a clean, professional finish that's made to last.

Whether you're creating a personalised travel mug for Dad, a named water bottle for work, or a batch of logo engraved tumblers for your business, these versatile 500ml thermal bottles make a useful gift that can be used every day.

Please note: The exact length of time a drink remains hot or cold will depend on the starting temperature, ambient conditions and frequency of opening.