Kadokawa Date A Live Kurumi Heartfelt Porcelain Mug

Infuse your everyday beverages with character-themed charm courtesy of the Kadokawa Date A Live Kurumi Heartfelt Porcelain Mug. Showcasing a unique illustration by Tsunako from Date A Live, this mug brings a special collector's essence to your morning coffee, afternoon tea, or comforting hot chocolate. Its fine porcelain construction provides a sleek, polished appearance, perfectly suited for any table, shelf, or counter.

Boasting a comfortable size for daily use and an attractive design, this mug serves as a functional item for devotees seeking both utility and a display piece. With an approximate diameter of 82 mm and height of 96 mm, it offers easy gripping and is perfect for consistent enjoyment at home or in the office. It also stands as a considerate present for anime aficionados who value character items with an elegant presentation.

• Product Material: Porcelain

• Manufacturer: KADOKAWA

• Premium porcelain mug adorned with a character graphic from Date A Live
• Artwork specially designed by Tsunako, offering an exclusive collectible aesthetic
• Ideal for coffee, tea, hot chocolate, and other common daily drinks
• Compact dimensions for daily use, approximately 82 mm in diameter and 96 mm tall
• Excellent for exhibiting, presenting as a gift, or regular consumption by anime lovers
• No batteries needed for its use

Integrate this mug into your daily routine for either hot or cold liquids. Ensure it's washed prior to initial use. Subsequently, fill it with your chosen beverage and grasp it by the handle for comfortable consumption. Guard against abrupt thermal shifts and handle delicately to safeguard the porcelain surface and printed imagery.

Clean gently using a mild dishwashing liquid and a soft, non-abrasive sponge. Steer clear of harsh detergents, metal scourers, and aggressive chemicals that could harm the finish or artwork. Dry completely after cleaning and keep in a secure spot to prevent nicks or breaks. Refrain from exposing the mug to sudden temperature variations.