On September 26, 2025, Xu Tong, Vice Mayor of Foshan City, led a delegation to visit BANDON in Foshan to conduct an in-depth review of the company's production and operations, technological innovation, and future development plans.

Inverter technology has long been a defining hallmark of BANDON. Even within the high-temperature industrial heat pump sector—a field that presents both significant market opportunities and technical challenges—BANDON has successfully developed a full DC inverter high-temperature heat pump, marking a major milestone for the company in the variable-frequency technology landscape.

With the heating season successfully concluded, the spring inspection serves as a form of care and maintenance for air-source heat pump systems after they have weathered diverse weather conditions; much like a medical check-up, it effectively prevents unexpected breakdowns during summer cooling and winter heating operations.

BANDON has compiled a detailed maintenance guide to help you care for your unit after the heating season ends; proper maintenance not only extends the equipment's lifespan but also ensures it continues to provide warmth and comfort, keeping the system in optimal condition for the coming winter.

From March 15 to 17, BANDON—a leader in the heat pump industry—made a stunning appearance at the 15th HPE China Heat Pump Exhibition held at the Shijiazhuang International Convention and Exhibition Center in Hebei.

On February 22, the "Year of the Agile Serpent: Embarking on a New Journey of Mutual Success"—BANDON’s 2025 Global Partner Summit and Headquarters Relocation Ceremony—was grandly held at the BANDON Building in the Rhein Technology Park (Chencun, Shunde, Foshan) and the Wyndham Hotel.

On February 19–20, BANDON held a grand event at the Rhine Technology Park in Chencun, Shunde, Foshan, themed "Mastering Momentum with Bold Action; Gathering Strength to Launch a New Chapter."

At 9:05 a.m. on January 7, 2025, a magnitude 6.8 earthquake struck Dingri County, Shigatse City, Tibet Autonomous Region, causing surface rupture extending approximately 26 kilometers and reaching a maximum intensity of IX (9).