1. Home
  2. /
  3. Products
  4. /
  5. Industry Solutions
  6. /
  7. Temperature Control Unit &...

Temperature Control Unit & ThermalAir & Chiller

The DHT-TCU is a specialized air and liquid processing unit developed for industries such as semiconductors and precision instruments. It delivers precise control of low and high temperatures as well as humidity, providing tailored thermal management solutions.
The DHT® ThermalAir is a high-precision thermal analysis instrument designed to measure thermal conductivity, thermal resistance, and heat flux density of materials. It is widely used in electronic, electrical, construction materials, automotive, and aerospace industries for thermal management R&D.
Designed for applications requiring high-precision temperature control, DHT® chillers are ideal for environmental testing, electronics manufacturing, and laboratory equipment cooling. They feature high-efficiency compressors and eco-friendly refrigerants, delivering rapid cooling performance and excellent energy efficiency. The intelligent control system ensures temperature accuracy of up to ±0.1°C, supporting stable and repeatable test conditions.

The DHT-TCU is an air handling unit developed by DHT® specifically for industries such as semiconductors and instrumentation, designed to provide air and liqui…
The DHT® Tri-Temperature Test Chamber offers vibration-free environmental testing, ideal for automotive electronics, including navigation systems and autonomou…
The DHT® Dynamic Control Chiller for Battery Packs is an advanced cooling system designed for thermal management of new energy batteries, including electric ve…
The DHT® Semiconductor Test Chiller is a precision cooling system engineered for advanced chiller testing applications in semiconductor manufacturing and relia…
The DHT® ThermalAir-5000A Thermal Stream System is an industrial-grade device engineered for high-precision temperature testing, offering an ultra-wide control…
The DHT® ThermalAir-3000A is a professional heat flux testing device engineered for accurate and efficient thermal performance testing of materials across gene…