Precision Stainless Steel Gooseneck Coffee Pot Achieve consistent, flavorful pourover coffee with this expertly crafted gooseneck coffee pot, designed for those who value precision, durability, and ease of use. Key Features and Benefits: **Precise Water Flow Control** Gooseneck spout design ensures accurate, steady water distribution, making it easier to control the brewing process for coffee flavor. for pourover methods such as Chemex, V60, or other manual brewers. **Durable 304 Stainless Steel Construction** Made from quality, wearresistant stainless steel, this coffee pot is built to last, resisting rust and maintaining its appearance over time. **Comfortable and Safe Wooden Accents** Ergonomic wooden handle and lid knob provide a comfortable grip, remain cool to touch, and protect against scalding during use. **Enhanced Heat Retention with Leather Cover** Includes an attractive leather cover that improves heat preservation, making the pot suitable for outdoor brewing and keeping your water warm for longer periods. **Steady Vertical Water Flow** 90degree vertical water stream with a slim swan neck spout offers stable, controlled pouring for consistent results, whether brewing coffee or tea. Applications and Use Scenarios: 1. **At Home for Daily Brewing** Ideal for home coffee enthusiasts who seek full control over brewing, ensuring every cup meets taste preferences. 2. **Outdoor Coffee Preparation** Portable and durable, for camping, hiking, or picnics, maintaining heat while withstanding outdoor conditions. 3. **Professional Barista Use** Suitable for cafes or coffee shops where precision is essential for consistent customer satisfaction. Specifications: Material: 304 stainless steel body with wooden handle and lid knob Spout Type: Slim swan neck for precision pouring Heat Retention: Leather cover for improved insulation Flow Control: 90degree vertical pour stability This coffee pot delivers accuracy, comfort, and durability, making it a valuable tool for any coffee lover seeking better control over their brewing process.