Mug Homla HATI 510 ml – ceramic holiday mug, 510 ml capacity

Homla HATI 510 ml is a ceramic holiday mug designed for everyday use and seasonal table settings. With a 510 ml capacity it accommodates coffee, tea, cocoa and other hot or cold beverages. The mug features a handle for comfortable holding and a festive exterior pattern that fits gift giving, home entertaining, cafés and office use.

Advantages

The ceramic construction provides good thermal retention for both hot and cold drinks while remaining easy to clean and maintain. The 510 ml volume reduces the need for frequent refills and makes the mug suitable for larger servings. An integrated handle ensures secure grip and comfortable use. The festive design offers a decorative touch for seasonal tables and presents a practical gift option without requiring additional wrapping to protect delicate finishes.

Suitable for

• Daily coffee or tea servings at home
• Seasonal table settings and holiday meals
• Cafés and small hospitality environments
• Office kitchens and break rooms
• Gift giving for occasions and celebrations

Key specifications

• Material: ceramic
• Capacity: 510 ml
• Design: festive/holiday pattern
• Handle: yes, ergonomic style for comfortable holding
• Suitable for: hot and cold beverages
• Care: dishwasher-safe; avoid thermal shock

How to use

Fill the Homla HATI mug with the desired beverage up to a safe level below the rim to prevent spills. Use the handle when serving hot drinks to avoid direct contact with the mug body. Allow very hot liquids to cool slightly before drinking. After use, wash the mug according to care instructions; it is suitable for standard dishwasher cycles but avoid sudden temperature changes such as transferring directly from freezer to boiling water.

Usage recommendations

For long-term use, avoid subjecting the mug to extreme thermal shocks and inspect glazing for chips before each use. For serving hot beverages in public settings, place the mug on a saucer or tray to reduce spill risk and protect surfaces from heat.