Adopting a modular structure, it is compatible with various air conditioning models and peripherals (such as PG motors, electric heating components, etc.), supporting the modification needs of different equipment such as hanging machines, cabinet machines, ceiling machines, etc.

Integrate efficient signal processing and transmission technology to ensure precise adjustment of air conditioning operation status (such as temperature, wind speed, etc.), and have fault detection and emergency protection mechanisms.

Hardware design focuses on anti-interference performance, combined with industrial grade protection standards (such as anti drop, dustproof and waterproof), to ensure stable operation in complex environments.

Support the expansion of functional modules (such as drainage pumps, sensors, etc.) through interfaces, and provide standardized firmware upgrade interfaces for easy maintenance and functional optimization in the future.

Bondy tubes are used for fuel pipelines (good flexibility and corrosion resistance), braking systems (high strength and good sealing performance), and air - conditioning pipelines (able to withstand pressure for refrigerant transmission).

They are used as evaporators and condensers in refrigeration equipment such as refrigerators (excellent heat conductivity and corrosion resistance), and for manufacturing heating tubes, inlet and outlet water pipes in water heaters (resistant to high temperature and high pressure).

In the HVAC (Heating, Ventilation and Air Conditioning) system, Bondy tubes can be used to manufacture radiators (high - efficiency heat conduction) and floor heating pipes (easy to lay and corrosion resistant).

They are also suitable for hydraulic systems of small mechanical equipment (meeting low - pressure transmission requirements and low - cost) and small water delivery pipes for agricultural irrigation (corrosion resistant in outdoor environments).