Holtop has provided a complete HVAC solution for Jilin University Future Science International Joint Laboratory, helping build a clean, stable, and reliable indoor environment for advanced research.
As a key academic and international collaboration platform, the laboratory covers micro-nano chips, nanomaterials, optical precision measurement, and hazardous experiments. These spaces require strict control of air cleanliness, temperature, humidity, and equipment safety, especially in the severe winter climate of Jilin.
To meet these demands, the project adopted Holtop constant temperature and humidity air conditioning units, anti-freezing valve sets, and an intelligent control system, with 38 sets of air conditioning equipment installed across the laboratory and office areas.
Project Background
The Jilin University Future Science International Joint Laboratory is positioned as a national-level international research platform. It serves as a talent and academic hub for frontier innovation and interdisciplinary research.
For such a space, HVAC is not only about comfort. It directly affects experimental accuracy, equipment operation, and long-term research continuity.
Precision Air Control for Research Spaces
Micro-nano chip and nanomaterial experiments demand extremely clean air. Holtop constant temperature and humidity units are customized for this kind of environment and help maintain stable indoor conditions at ISO 5 cleanliness level.
With multi-stage filtration, the system captures fine particles effectively and helps reduce experimental disruption caused by airborne contamination.
Stable Temperature and Humidity
In optical and electronic laboratories, even small changes in temperature or humidity can affect measurements and create condensation risks.
Holtop units use high-precision sensors and intelligent control algorithms to adjust the indoor environment in real time. This helps reduce static buildup, fogging, and condensation, while allowing each room to operate with its own independent settings.
Durable Design for Harsh Conditions
Laboratory environments may contain corrosive gases and other challenging factors. Holtop air conditioning units are built with strong cabinet performance, meeting European standards for L1 air leakage and D1 cabinet strength.
Key internal components use corrosion-resistant materials and sealing design, improving durability and reducing maintenance cost.
Reliable Low-Temperature Operation
Jilin’s cold winter climate creates a major challenge for HVAC systems. To ensure year-round operation, Holtop added anti-freezing valve sets to provide multi-level freeze protection under extreme outdoor conditions.
This helps protect the system, reduce downtime, and keep research activities running smoothly.
Intelligent Centralized Control
The laboratory includes multiple disciplines and scattered equipment, making operation and management more complex.
Holtop’s intelligent control system connects the equipment into one centralized platform. It automatically adjusts operating conditions based on preset values, helping reduce maintenance effort and improve system efficiency.
Full-Cycle Service Support
Holtop also provided full-cycle support, including early-stage design coordination, on-site installation guidance, and long-term after-sales service.
With professional product performance and reliable service, the project fully met the laboratory’s needs for precision control, cold-weather stability, and operational efficiency.
Holtop will continue focusing on research and high-end manufacturing environments, delivering smarter, healthier, and more energy-efficient HVAC solutions for more universities and research institutions.
Post time: Aug-04-2026
