Christmas Chocolate Fondue Mug, Ceramic Melting Pot with Fork, Tea Light Warmer for Chocolate & Cheese, Holiday Christmas & Halloween Home Gifting, Red

• 🍫 Single-Side Airflow Warming – This ceramic fondue cup features a single-side vent that supports airflow around a compatible tea light for gentle warming. Use it as a chocolate melting cup for chocolate, caramel, butter, or cheese dip. One fondue fork is included; tea light candle is not included.
• ☕ 130 mL Personal Size – The 130 mL chocolate fondue mug holds a manageable individual portion without taking over the table. This small fondue pot works well for quiet evenings, snack boards, and casual gatherings, while the integrated handle and matching fork keep dipping easy to manage.
• 🧀 Sweet or Savory Dips – Turn fruit, marshmallows, cookies, bread, or vegetables into a simple tabletop treat. The chocolate dipping cup can also serve as a cheese fondue pot, caramel warmer, or butter melting mug, giving one compact chocolate fondue set several ways to support desserts and appetizers.
• ✨ Glazed Ceramic Finish – The smooth glazed surface gives this ceramic chocolate fondue cup a clean presentation and helps simplify hand washing after use. The raised bowl keeps the melting area above the candle compartment, while the handle provides a steady place to hold and reposition the fondue mug after it has cooled.
• 🎄 Three Distinct Styles – Choose from seven ceramic fondue cups in red, white, or coffee finishes. This Christmas ceramic chocolate fondue mug adds seasonal character to dessert tables, family gatherings, birthdays, and housewarming gifts. Material: ceramic; capacity: 101–200 mL; style: cartoon.

Specification Product Name: Christmas Chocolate Fondue Mug / Ceramic Melting Pot with Fork Product Type: Personal Chocolate Fondue Cup Material: Ceramic Style: Cartoon Capacity: 130 mL (101–200 mL range) Notes: 1. Due to the light and screen setting difference, the item's color may be slightly different from the pictures. 2. Please allow some slight dimension difference due to different manual measurement.