Xiaomi has introduced a new home heating product in China, the Mijia Graphene Heater Pro, combining a high-power heating system, graphene thermal technology, smart temperature control, and app-based operation in a compact tower-style design.
The new electric heater will begin crowdfunding in China at 10:00 AM on September 28, with an introductory crowdfunding price of 349 yuan.
Compact Tower Design With Wide-Angle Airflow
The Mijia Graphene Heater Pro features a slim vertical tower design that takes up relatively little floor space, making it suitable for bedrooms, living rooms, studies, and other indoor areas.
Its front panel uses a curved air outlet combined with a fine perforated grille. This design helps distribute the airflow more evenly instead of concentrating hot air into a narrow stream, which can make the heating experience more comfortable.
The heater also supports up to 70-degree wide-angle oscillation. Its tower-style internal airflow channel allows the direction of warm air to be adjusted across both the horizontal and vertical ranges, helping distribute heat toward different areas of a room.
Graphene and PTC Heating for Faster Warm-Up
One of the main highlights of the Mijia Graphene Heater Pro is its combination of graphene thermal material and a PTC ceramic heating element.
Xiaomi says this heating configuration can transfer heat efficiently and begin producing warm air almost immediately. The company claims the heater can achieve rapid heating in around three seconds, reducing the waiting time before warm air is felt.
The heating system is rated at up to 2,000W and offers several operating modes. Users can choose between stronger hot air, gentler warm air, and natural-air modes depending on the room environment and personal preference.
Smart Temperature Control
Beyond manual power adjustment, the heater is equipped with a smart temperature-control system.
Once the room reaches the selected target temperature, the heater can automatically adjust its heating output rather than continuously operating at maximum power. This approach is designed to help maintain a more stable indoor temperature while reducing unnecessary high-power operation.
The result is a heating experience intended to avoid frequent temperature fluctuations between excessive heat and insufficient warmth.
Xiaomi Smart Home Integration
The Mijia Graphene Heater Pro is also designed to work with Xiaomi smart home ecosystem.
Through the Mijia app, users can remotely turn the heater on or off, set a target temperature, and schedule operating times. The heater can also be controlled through XiaoAI voice commands.
Users who already have other Xiaomi smart home devices can integrate the heater into their existing connected-home setup.
For users with other compatible Mijia devices, the heater can be incorporated into smart-home automation scenarios. For example, users can create routines that coordinate heating with other connected devices.
Multiple Safety Protections
Safety is another key part of the heater’s design. The Mijia Graphene Heater Pro includes tip-over protection and overheat protection.
If the unit is accidentally knocked over, the heater can automatically cut off its power. Likewise, the system is designed to stop heating if an abnormal internal temperature is detected.
The exterior uses V-0-rated flame-retardant material, adding another layer of protection during operation.
For everyday convenience, physical control buttons are positioned on the top of the heater. This provides a straightforward way to operate the device without relying on a smartphone, which can be particularly useful for older family members.
Xiaomi Mijia Graphene Heater Pro Price and Availability
Xiaomi Mijia Graphene Heater Pro will officially enter crowdfunding in China at 10:00 AM on September 28. Its crowdfunding price is set at 349 yuan.
With its 2,000W heating system, claimed three-second rapid heating, wide-angle oscillation, smart temperature adjustment, and Mijia app integration, the new model is positioned as a compact smart heater for everyday home use.