What is Coldplate
GALLOP INNOTEK cold plates are primarily in the form of liquid cold plates, which dissipate heat by circulating a fluid.
They are typically composed with a metal base, such as aluminum or copper, and internal flow channels. Coolants, such as deionized water or glycol-water solutions, move through these channels, quickly transferring heat from electronic devices or power modules. This creates a stable liquid-cooling system that handles applications with high power density and heavy heat loads.
Key Features and Benefits
Lightweight and Compact Design
Traditional cooling methods, like air-cooled heat sinks, often rely on large fins and fans to achieve good thermal performance. Unfortunately, this adds weight and takes up valuable space inside your equipment.
However, with the same cooling capacity, the GALLOP INNOTEK cold plate is much more compact, saving a significant amount of space and making the overall system design easier.
Meanwhile, its lightweight structure also facilitates the transport and assembly of your equipment, cutting logistics and labor costs. In other words, you get the cooling power you need while freeing up space and improving system integration.
Strength and Reliability
The design of the GALLOP INNOTEK coldplate allows it to deliver steady cooling even under heavy loads or in harsh environments. Most units are constructed with aluminum alloy or copper, giving you excellent thermal conductivity along with mechanical strength. Inside, the flow channels are precisely machined or brazed to ensure tight sealing and pressure resistance, so you don’t have to worry about leaks.
Even after long-term use, the cold plate can remain reliable with little impact from outside conditions. That’s why it’s a great fit for you to apply it in situations where stability and performance are held to the highest standards.
Precise Temperature Control
One of the biggest advantages of a GALLOP INNOTEK coldplate is precise temperature control. Electronic devices and power modules are highly sensitive to heat, and even slight overheating can lower efficiency or cause damage. However, traditional air cooling is heavily influenced by ambient temperature and airflow, making it challenging to maintain stable temperature control.
The GALLOP INNOTEK coldplate, on the other hand, uses coolant to flow directly through the bottom of the device, which removes heat almost instantly and maintains steady surface temperatures for a short time.
Additionally, when paired with pumps, heat exchangers, and other liquid cooling components, it creates a closed loop that enables real-time adjustment of flow rate and coolant temperature. This way, you not only enhance system performance but also extend component life and cut the risk of downtime caused by overheating.
High Cooling Efficiency
When it comes to cooling efficiency, the GALLOP INNOTEK cold plate delivers significantly higher performance than air-cooled systems or basic heat sink designs. Since liquid has a much higher heat capacity than air, it can absorb and carry away more heat in a shorter time.
With coolant moving rapidly through highly precise channels, it can fully contact with the heat source, removing heat quickly and evenly while preventing hot spots or uneven temperatures.
The GALLOP INNOTEK cold plate can also be designed with serpentine paths, parallel channels, or brazed microchannel structures to further enhance heat transfer. Moreover, compared with air cooling, its performance is several times stronger, making it the preferred heat dissipation solution for modern high-power devices.
Energy Saving
The GALLOP INNOTEK cold plate can help reduce energy consumption and minimize environmental impact. In air-cooled systems, to achieve a high cooling level, it is necessary to operate multiple high-power fans simultaneously. This setup not only consumes a significant amount of electricity but also generates annoying noise.
A liquid cold plate works differently—it relies on coolant circulation to remove heat, requiring only a small amount of power to drive the pump. As a result, the overall efficiency is much higher than with air cooling.
By using the GALLOP INNOTEK coldplate, you can lower operating costs while also meeting environmental standards. At the same time, it helps you build a green and responsible brand image that is more attractive in the market.
Easy to Customize
A GALLOP INNOTEK coldplate gives you the flexibility to handle different application needs. For compact electronics, a single plate is often sufficient to deliver the required cooling. In larger systems, multiple plates can be linked in series or in parallel to create a comprehensive liquid cooling setup capable of handling significantly higher thermal loads.
Every detail—whether it’s the channel design, choice of material (aluminum, copper, or composites), plate thickness, or port locations—can be tailored to fit your equipment layout. This means you don’t need to redesign the entire system, which helps keep modification costs down.
For your business, a customizable coldplate is a thermal management solution that meets your needs completely. It can improve product competitiveness while also shortening time to market.
We offer industrial liquid cooled plate removes heat from high power industrial equipment using circulating coolant through internal channels efficiently continuously.
Our aluminium cold plate uses lightweight aluminum construction to transfer heat efficiently to liquid coolant in electronic cooling system applications.
Gallop liquid cold plate heat sink dissipates heat from components by combining traditional heat spreading with liquid cooling methods effectively.
Our heatsink water cold plate uses water circulation to absorb and remove heat from electronic devices efficiently during continuous operation.
We offer copper tube cooling plate features copper tubing to circulate coolant and provide excellent thermal conductivity for high heat loads.
Gallop manufactures cooler plate for electronic chilling devices to stabilize temperatures by transferring heat away through liquid cooling systems efficiently and safely.
Our heatsink aluminum cold plate combines aluminum heat spreading with liquid cooling for reliable thermal management in electronic power application.
We manufacture copper tube liquid cold plate uses embedded copper tubes to maximize heat transfer and cooling performance in a demanding environment.
Applications of Coldplates
Aerospace
In aerospace, space is limited and conditions are tough, so air cooling often falls short. A GALLOP INNOTEK coldplate, with its lightweight design, compact size, and high cooling capacity, keeps equipment stable even under extreme conditions. Commonly used in radar systems and avionics.
Medical
The GALLOP INNOTEK cold plate is also widely used in MRI, CT, and PET imaging systems. They deliver precise thermal management, reduce the risk of temperature swings that could affect accuracy, and ensure both reliability and diagnostic consistency. At the same time, they support continuous operation without compromising performance.
Power Electronics
Power modules in wind turbines, solar inverters, and energy storage stations demand highly efficient cooling. A GALLOP INNOTEK coldplate allows these systems to maintain a highly energy conversion efficiency while ensuring long-term reliability.
New Energy Vehicles
In electric vehicles, the GALLOP INNOTEK cold plate is integrated into battery packs and power electronics. By circulating coolant directly around heat-sensitive components, they provide efficient temperature control. This not only improves battery safety but also extends charge-discharge cycles, helping your vehicles perform consistently under various conditions.
