YETI Rambler® 24 oz / 710 ml Mug | WITH DURASIP™ CERAMIC LINING

SKU: 70000007496
Sale price$50.00
Color: White

Color

We Ship Across Canada*

Pickup available at Main Street Pool & Spa Shop

Usually ready in 1 hour

YETI Rambler® 24 oz / 710 ml Mug | WITH DURASIP™ CERAMIC LINING

YETI Rambler® 24 oz / 710 ml Mug | WITH DURASIP™ CERAMIC LINING

White

Main Street Pool & Spa Shop

Pickup available, Usually ready in 1 hour

37 Main Street North
Uxbridge ON L9P 1J7
Canada

+19058624040
Free Delivery in Uxbridge Township

*minimum $100 order to qualify

Built for getting a grip on tall-order days, the Rambler® 710 ml Mug allows you to pour your afternoon cup in the morning and skip the constant refills. It pairs double-wall vacuum insulation with a non-stick ceramic lining, making it the ultimate mug for massive hot pours or sweet tea on ice.

Features & Highlights

  • DuraSip™ Ceramic Lining: Non-stick, easy-to-clean interior fused directly to kitchen-grade 18/8 stainless steel. Designed to resist staining from dark blends and highly acidic beverages like coffee, while remaining tough enough to take a tumble.
  • Double-Wall Vacuum Insulation: Holds cold on warm days and retains heat when the weather gets chilly, keeping your drink temperature true until the last sip.
  • Easy-Grip Welded Handle: Features an updated design with comfortable rounded edges sized for paws big and small to give you a solid grip.
  • Splash-Resistant MagSlider™ Lid: Included for smooth opening and easy sipping on the go.
  • Rust & Puncture Resistant: Built tough with 18/8 stainless steel construction.
  • Dishwasher Safe: Designed for simple, hassle-free cleanup after a long day.

Specifications

Feature Specification
Capacity 710 ml
Dimensions 13.0 cm W x 16.3 cm H (5.1" W x 6.4" H)
Empty Weight 0.60 kg
Material Kitchen-Grade 18/8 Stainless Steel with DuraSip™ Ceramic Lining
Cupholder Compatible No
Warranty Covered by YETI 5-Year Warranty

 

Note: Do not use with carbonated beverages. Switching between hot and cold drinks immediately back-to-back may affect insulation performance.