01
Heat Absorption
The cooling fluid flows through a heat exchanger (e.g., cold plate) attached to the heat-generating component. The fluid absorbs heat from the component, reducing its temperature.
PRECISION THERMAL MANAGEMENT
Single Fluid Liquid Cooling System
A Single Fluid Liquid Cooling System is a heat management solution that uses one type of fluid — commonly water or a water-based coolant — to absorb, transport, and dissipate heat. These systems are widely utilized in applications where efficient thermal control is necessary, such as high-performance electronics, automotive systems, industrial machinery, and the pharmaceutical sector. Liquid cooling outperforms air cooling in thermal conductivity and heat capacity, enabling compact, quiet, and reliable heat removal even under demanding loads.
Single-fluid closed loop
High heat-load capacity
Quiet, compact design
16
LIQUID COOLING SERIES
Closed-Loop CoolingSingle fluid circulation
High Heat LoadCompact footprint
JTS THERMAL SERIES
Single Fluid Liquid Cooling System
Efficient heat absorption, transport & dissipation
HOW IT WORKS
Four-stage closed-loop cooling cycle
A continuous cycle of heat absorption, transport, dissipation, and recirculation keeps heat-generating components within safe operating temperatures.
02
Heat Transport
A pump circulates the heated fluid through tubing to a remote heat dissipation unit — such as a radiator or cooling tower — where the heat can be efficiently removed.
03
Heat Dissipation
At the dissipation unit, heat from the fluid is transferred to the environment — often using air or another medium. Fans or natural convection assist in removing heat.
04
Fluid Recirculation
The cooled fluid is pumped back to the heat source, completing the cycle. The continuous loop ensures consistent thermal management under sustained loads.
KEY COMPONENTS
Engineered for reliable thermal control
Every component in the loop is selected for long-term reliability, corrosion resistance, and consistent heat transfer.
01
Coolant
Typically water, water-thermal/glycol mixtures, or specialty fluids with additives for corrosion protection, freezing resistance, and microbial growth prevention.
02
Pump
Circulates the fluid continuously throughout the system, ensuring consistent heat transfer across the entire loop under all operating conditions.
03
Heat Exchanger
Includes cold plates, radiators, or coil systems that facilitate the transfer of heat from the fluid to the environment efficiently.
04
Reservoir
Stores additional fluid, helps maintain system pressure, and accommodates thermal expansion through the operating cycle.
05
Tubes & Pipes
Transport the fluid between components and ensure a sealed, closed-loop system with minimal pressure loss.
06
Fans (Optional)
Enhance the efficiency of heat dissipation in systems using radiators or air-cooled heat exchangers — with quiet operation and speed-controlled airflow.
ADVANTAGES
Why choose liquid cooling
Liquid cooling outperforms traditional air cooling across efficiency, footprint, noise, and thermal stability.
High Efficiency
Liquid has a higher thermal conductivity and heat capacity compared to air, enabling more effective heat removal from high-power components.
Compact Design
Systems can be designed to handle high heat loads with a smaller footprint compared to air cooling systems — ideal for space-constrained installations.
Quiet Operation
Systems produce less noise as they rely less on fans for heat dissipation — critical for laboratories, medical environments, and data centres.
Scalability
Can be adapted for small-scale or large-scale applications depending on cooling requirements — from a single board to full rack-level systems.
Thermal Stability
Maintains consistent temperatures even under high heat loads or variable environmental conditions — ensuring reliable performance of critical equipment.
INDUSTRIES SERVED
Where liquid cooling adds confidence
From data centres and high-performance electronics to automotive, industrial, and medical applications.
Data Centres
Cooling servers and other IT equipment, where reliable and efficient thermal management is critical for uptime and energy efficiency.
High-Performance Electronics
Gaming PCs, GPUs, CPUs, and other heat-intensive components where air cooling reaches its limits.
Automotive Systems
Cooling internal combustion engines, electric vehicle (EV) batteries, and power electronics under demanding driving conditions.
Industrial Processes
Machinery, laser systems, and manufacturing equipment that generate significant heat and require stable thermal conditions.
Medical Devices
MRI machines, CT scanners, and other heat-sensitive equipment where precise thermal control protects both patients and diagnostic accuracy.
ENGINEERED FOR YOUR REQUIREMENTS
Need a Customized Liquid Cooling System?
Tell us your heat load, operating temperatures, coolant preference, and installation constraints. Our team can help design or configure a single fluid liquid cooling system tailored to your application — from compact electronics cooling to large industrial thermal management.