21622-4PK

4-PACK - 16 oz. Sublimation Tall Tube Thermal Tumbler

Write A Review

Create Mockup

Sublimation Certified

Description:

Product Description:

Experience long-lasting warmth with our 16 oz. Sublimation Tall Tube Thermal Tumbler. It’s designed with a double-walled thermal structure and an easy-to-use pop-up top to keep your beverages hot for hours. This tumbler, featuring a sleek white finish and our patented ORCA coating, is perfect for vibrant sublimation of photos or logos. Plus, it's dishwasher safe for effortless maintenance.

Key Features:

- Double-Walled Insulation: Retains heat effectively.

- Pop-Up Top: Convenient for on-the-go sipping.

- ORCA Coating: Ideal for high-quality sublimation printing.

- Dishwasher Safe: Easy to clean and maintain.

- Fliptop Cover: Keeps the drinking spout clean and insulated.

- Stylish Design: Elegant white exterior finish.

- Durable Material: Crafted from robust 304 stainless steel.

Dimensions & Material:

- Width & Height: 8.75 inches

- Diameter: 2.88 inches

- Material: 304 Stainless Steel

Also available in singular pieces, 12-Packs, and 24-Packs

Final Sale: May not be returned or exchanged

FREE Shipping!
Orders $59+
Easy Returns
101-Day Returns
Best Wholesale Pricing
Absolute Lowest Online

21622-4PK

Write A Review

4-PACK - 16 oz. Sublimation Tall Tube Thermal Tumbler

On Sale AbsoluteLOWESTOnline! $25.99

Price From
Starting at
$25.99 /Pack

Was: ~~$25.99~~

Save 0% More

With Coupon:

-

($6.50 Per Unit)
ADSCASH
Earn Up To
2.0%

BULK BUYERS | ADSCash Rewards Arrow down

Cart AboveADSCash BackADS+ Member ADSCash Back
$149.00 0.25% 2.0%
$300.00 0.45% 2.0%
$500.00 0.65% 2.0%
$750.00 0.85% 2.0%
$1,250.00 1.00% 2.0%
ADS+ Membership Sign up today and get MAXIMUM ADSCash on every order. Sign Up Now

Where is the order shipping?

NEW
ALLDAYSHIRTS DTF TRANSFERS

What is a DTF Transfer? A Direct to Film (DTF) Transfer is a printed design on a special film that you can easily apply to fabric using heat, resulting in vibrant and durable prints with no color limits.