Coffee pot WAS KAFIJA 1.5 L, model DE1231001150, heat-resistant, for serving coffee

The WAS KAFIJA coffee pot, model DE1231001150, is a 1.5-litre table pot designed for brewing and serving coffee. Constructed from heat-resistant materials, it provides a practical capacity for households and small gatherings, allowing several cups to be poured without frequent refills. The pot’s form supports stable placement on dining tables and serving stations while enabling controlled pouring to reduce spills.

Advantages

The heat-resistant construction ensures safe handling when the pot contains hot liquids and helps maintain beverage temperature for a longer period than thin-walled alternatives. Its 1.5 L volume balances capacity and manageability, making it suitable for family meals and informal hospitality. The design focuses on straightforward use and easy pouring, reducing the risk of drips and splashes during service.

Suitable for

• Serving brewed coffee at home during breakfasts and family meals
• Small gatherings, office coffee breaks, and meetings
• Table service in casual dining settings and self-serve stations
• Situations where heat-resistant, easy-pour tableware is required

Key specifications

• Capacity: 1.5 litres
• Construction: heat-resistant material for safe handling
• Intended use: brewing and table serving of coffee
• Design: table pot format with pour-friendly spout
• Suitable for household and small group service

How to use

Fill the pot with freshly brewed coffee up to the recommended level, avoiding overfilling to prevent spills while pouring. Place the pot on a heat-resistant surface and use the handle to lift and pour steadily into cups. After use, allow the pot to cool before cleaning. Follow any specific care instructions provided by the manufacturer to preserve heat resistance and appearance.

Usage recommendations

For best results, pre-warm the pot briefly with hot water before adding coffee to help maintain serving temperature. Clean with mild detergent and avoid abrasive cleaners or scouring pads that could damage the heat-resistant surface.