From June 10 to 12, the 2026 6th Shenzhen International Data Center Liquid Cooling Technology Exhibition
concluded successfully. In response to industry trends toward integrated liquid cooling systems and miniatu-
rized equipment, this year's exhibition emphasized practical applications and directly addressed challenges
related to compatibility among liquid cooling supporting devices. TONHEFLOW entered the niche market by
showcasing several self-developed proportional control valves, engaging with industry peers to explore path-
ways for sustainable development in the sector.
Product Advantages
Leveraging its core differentiating advantages—compact size, high torque, and support for multiple mainstream
signal inputs including 4-20mA, 1-5V, 2-10V, 0-5V, 0-10V, and RS485—TONHEFLOW proportional control valves
not only occupy less space and deliver strong driving power, but also seamlessly integrate with various control
systems, enabling one-step selection and commissioning. Designed to meet the compact and integrated install
ation requirements of liquid cooling equipment, these valves effectively address traditional challenges such as
large valve footprint, insufficient power, and limited signal compatibility, significantly improving installation ad-
aptability and operational stability in liquid cooling piping systems. Thanks to these robust product features,
TONHEFLOW attracted numerous customers at the exhibition who engaged in detailed discussions and expres-
sed strong recognition.
Moving Forward with Strength and Focus
During the event, the TONHEFLOW team provided one-on-one explanations to visitors about product com-
patibility, application scenarios, and implementation solutions, deeply engaging with market demands and
exchanging insights on cutting-edge industry technologies. Going forward,TONHEFLOW will continue to
deepen its expertise, focusing on continuous product iteration and optimization, empowering the liquid
cooling industry with high-quality electric valves to achieve green, efficient, and stable development.