ODM China H1FB Mobile Phone Infrared Thermal Imager – 160x120 Resolution | Suppliers & Factory Direct Factories, Service

Introducing the H1FB Entry-Level Mobile Infrared Thermal Imager, featuring a 160*120 infrared resolution. This compact and lightweight device is designed for easy portability, allowing for convenient plug-and-play functionality. Simply connect the imager to your smartphone via USB, and leverage the accompanying Android app for enhanced usability, Manufactured in China, this thermal imager is ideal for various applications, including home repairs, outdoor search and rescue missions, and equipment maintenance. One of the standout features of the H1FB is its low power consumption, making it an efficient choice even when powered by a mobile phone, With its one-click high-temperature area lookup and the ability to conduct offline analysis of captured images—utilizing point, line, and rectangle region analysis—the H1FB is an essential tool for both casual users and professionals alike. Supported by reliable suppliers and a dedicated factory, the H1FB combines quality and performance, making it a smart investment for all your thermal imaging needs

Product Description

Versatile Specifications
H1FB thermal imager with 160x120 infrared sensor resolution for enhanced image clarity
Infrared Sensor Resolution

160×120 infrared sensor resolution, with better image quality.

H1FB thermal imager app with self-analysis function for multi-point, line, and area temperature measurement
Self-Analysis Function

It supports drawing points, lines, and boxes for measurement, allowing users to measure several key locations simultaneously, thus improving detection efficiency.

H1FB thermal imager with -15°C to 600°C measurement range for diverse industrial and home applications
Temperature Measurement Range

With a high temperature measurement range of -15℃ to 600℃, it can meet the needs of users in different scenarios, such as low-temperature scenarios for detecting air leaks, medium-temperature scenarios such as underfloor heating detection, and high-temperature scenarios such as electrical equipment maintenance.

H1FB thermal imager app with customizable temperature alarm for proactive heat monitoring
Temperature Alarm

Users can customize the alarm temperature threshold according to their application needs. When the temperature exceeds the set threshold, an alarm will be triggered to remind the user.

H1FB thermal imager app with manual temperature range adjustment for precise thermal analysis
Manual Temperature Range Adjustment

Users can manually adjust the temperature range to their desired viewing temperature zone, filtering out irrelevant temperature information and making objects at the target temperature stand out more.

H1FB thermal imager app featuring one-click high-temperature quick search to locate hot spots
High Temperature Quick Check

It supports one-click activation of the high-temperature quick search function, which can help users quickly locate high-temperature areas and improve efficiency.

H1FB thermal imager app with 6 color palettes for optimized visualization in different scenarios
Palette — Supports 6 Color Palettes
The iron red, red-hot, white-hot, and black-hot color charts emphasize high-temperature areas and are suitable for detecting abnormal temperatures, such as in electrical maintenance and power line inspection.
The rainbow color chart allows users to clearly see the temperature gradient pattern and quickly pinpoint abnormally high/low temperatures within the same scene, significantly improving the efficiency of thermal image interpretation. For example, when inspecting circuit boards, users can use color gradients to locate the spread of heat sources and determine if there is a potential for localized overheating.
The cool blue color chart clearly presents low-temperature details and is suitable for low-temperature detection scenarios, such as water leaks and air conditioning cold air leaks.
H1FB thermal imager with USB Type-C interface for plug-and-play mobile phone connection without charging
Portable and Easy to Use

The device is small in size and equipped with a standard USB Type-C interface. It can be used simply by connecting it to a mobile phone without charging. It is portable, lightweight, and easy to use.

App Interface
H1FB thermal imager app interface showing temperature alert, video recording, and area measurement tools
Frequently Asked Questions
Q What is the infrared sensor resolution of the H1FB thermal imager?
The H1FB features a 160×120 infrared sensor resolution, which delivers better image quality and more accurate thermal readings compared to lower-resolution sensors.
Q What temperature range can the H1FB measure?
The H1FB supports a wide measurement range of -15℃ to 600℃, making it suitable for a broad variety of applications — from detecting air leaks in low-temperature environments, to underfloor heating inspections, to high-temperature electrical equipment maintenance.
Q How does the temperature alarm function work?
Users can set a custom temperature threshold in the app. When the measured temperature exceeds the defined limit, the device automatically triggers an alarm to notify the user, enabling proactive heat monitoring and early hazard detection.
Q What color palettes are available, and when should I use each one?
The H1FB supports 6 color palettes. Iron red, red-hot, white-hot, and black-hot are ideal for highlighting high-temperature anomalies in electrical maintenance. The rainbow palette helps visualize temperature gradients for circuit board inspections. The cool blue palette is best for low-temperature scenarios such as detecting water leaks or air conditioning cold air leaks.
Q Does the H1FB require its own battery or charging?
No. The H1FB connects directly to your smartphone via a standard USB Type-C interface and draws power from the phone itself. No separate battery or charging is required, making it extremely portable and convenient for on-the-go use.
Q What self-analysis tools are supported in the H1FB app?
The H1FB app supports drawing points, lines, and rectangular boxes directly on the thermal image for measurement. This allows users to simultaneously monitor multiple key locations, significantly improving detection efficiency and analysis accuracy.

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