Inch Creative
Browse Categories

Inch Creative Inch Creative

MiiR® Tomo - 33 Oz. 101466

Be the first to leave a review!

As low as $76.78

The MiiR® Tomo is a 33 oz. insulated vessel designed for sharing, with Thermo 3D® double-wall construction to keep drinks hot or cold without sweating. Includes two 8 oz. twist-off insulated mugs, a leakproof 360 lid, and a roll-stop handle for easy carrying. Made from 18/8 stainless steel. Every purchase gives at least 1% of revenue to nonprofits that empower communities and protect the environment.

As low as $76.78

The MiiR® Tomo is a 33 oz. insulated vessel designed for sharing, with Thermo 3D® double-wall construction to keep drinks hot or cold without sweating. Includes two 8 oz. twist-off insulated mugs, a leakproof 360 lid, and a roll-stop handle for easy carrying. Made from 18/8 stainless steel. Every purchase gives at least 1% of revenue to nonprofits that empower communities and protect the environment.

Order Now

NOTE: Thumbnail images are to display item color. Your logo will appear on the purchased product, if selected.


Quantity US $
8 $86.86
25 $82.67
50 $79.35
100 $76.78

(Minimum quantity 8 units)

Login or register to earn points on our rewards store!

Not enough points available!

Reviews

Add a review to earn 2 points that can be spent on our rewards store!

Be the first to leave a review.

SUBTOTAL
$0
Go to cart Check out

Thank you for your review!

Estimate Freight
Estimated Cost:
Unable to estimate freight costs
Service
Estimated Charge

Disclaimer

All charges are estimates FOB Boston, MA 02212

Please contact your customer service representative if you have additional questions or need additional information.

Certain products, such as those containing lithium batteries, incur a $42.50 Hazardous Materials surcharge per carton when shipped via air. This surcharge is not reflected in our freight quotes.

*The estimated charges are not binding quotes; actual charges may vary from estimates by 5-10% or more based on the product and shipping configuration. Small orders and partial boxes are subject to greater variances due to variability in box size