The Hato H3 E-Rig Vaporizer features a 1500mAh integrated lithium polymer battery. It is compatible with concentrate, wax, and oils and employs a convection warming technique. Furthermore, it has a cut-off time of thirty seconds and an adjustable temperature mode. The device's integrated battery charges with a Type-C cord.
The Hato vape is a little smaller than the H2 and matches the dimensions of 100mm in height and 55mm in extent. There is a USB port on the right part of the H3, while the upper part has a buckle design of the ceramic cup. The front face of the Hato vape holds a 0.96" color OLED screen, and right next to it is a power button. On the left, next to the screen, there are two selection buttons, minus [-] plus [+]. The H3 is made of silicone carbide material, while the cup is made of ceramic.
The H3 runs on an integrated battery with a capacity of 1500mAh and a cut-off time of thirty seconds. The battery enables a temperature range from 420F to 750F. The 0.96" color LED screen displays all the essential information and options, such as battery level, temperature, resistance, voltage, and puff counter. The top side of the H3 holds a removable ceramic wax cup and silicon o-rings for the glass dab rig connection.
The Hato battery has a capacity of 1500mAh and is made of lithium polymer. It charges via the USB Type-C port, which takes around two hours. Depending on the duration and frequency of the vape sessions, the battery life lasts for the whole day.
The H3 kit matches the glass water pipe. The water pipe fills with cold water and filters the inhaled steam, making it smoother. Additionally, it's easily connected and is removed from the device. We recommend cleaning the pipe in warm water at least once for three sessions.
The H3 employs a conventional heating method. The convection system heats the chamber more evenly because hot air surrounds and flows through it. The lack of direct contact with a heating element also decreases the chances of accidental combustion at higher temperatures. The convection method produces a superior quality of soft and silky vapor that rarely irritates the throat.