Integrated Temperature Gauge
The built-in thermometer allows for precise heat monitoring.
These stovetop kettles provide precise temperature control for coffee and tea enthusiasts. The designs prioritize steady pouring and compatibility with various heat sources
The built-in thermometer allows for precise heat monitoring.
Gooseneck designs ensure a steady and controlled water flow.
These models work on gas, electric, and induction surfaces.
Apusu focuses on gooseneck architecture and integrated thermometers for manual brewing. The collection includes various capacities in silver finishes suitable for multiple stovetop types.
Models are engineered for gas, electric, and induction stoves. This ensures a consistent boil across different kitchen setups.
The thin gooseneck spout is designed specifically for pour-over coffee and tea. It provides the user with high accuracy during the saturation process.
The range includes 28oz and 40oz sizes to suit individual or group needs. These fall into the small and medium categories for daily use.
The silver exterior provides a classic look for the stovetop. These kettles are built to withstand regular heating cycles.
The thermometer on the lid makes it easy to hit the exact temperature for my pour-over coffee.
The gooseneck spout gives me great control over the water flow when I am filling my tea cup.
It works perfectly on my induction cooktop and the silver finish looks very clean in my kitchen.
Apusu kettles are designed for use on gas, electric, and induction stovetops. The materials are specifically selected to be induction ready.
These models feature a built-in thermometer integrated directly into the lid. This allows you to see the real-time temperature without opening the kettle.
The collection includes small and medium options, such as the 28oz and 40oz models. These sizes are ideal for individual servings or small groups.
The gooseneck spout is shaped for precision pouring, which is essential for pour-over coffee. It prevents splashing and allows for a steady, thin stream of water.