EV & FCEV Thermal Management Circuit
Optimised thermal management circuits for EVs and FCEVs to maximise performance and longevity. These circuits are crafted with reliable materials to withstand the test of time.
Optimised thermal management circuits for EVs and FCEVs to maximise performance and longevity. These circuits are crafted with reliable materials to withstand the test of time.
Imperial Auto leads in advanced thermal systems engineered for vehicles. Our circuits control temperatures to extend range, battery life, and durability.
Proprietary liquid cooling, targeted heating, and smart controls maintain ideal conditions for batteries, motors, and fuel cells.
Thermal management circuit plays a crucial role in maintaining optimal temperatures within a system. These lines are part of a cooling system designed to regulate and dissipate heat generated in a vehicle. It performs following critical functions: Heat Absorption, Fluid Circulation, Heat Dissipation, Cooling and Re-Circulation.
Rubber, Metal
47mm, 28mm
-40°C to 90°C
30°C to 90°C
3 Bar
Rubber, Metal
18.4mm, 15.6 (cummins H2 project)
-40°C to 90°C
-40°C to 90°C
20 Bar
Rubber
25mm
30°C to 90°C
-2 Bar
With our products, we strive to exceed your expectations while delivering value, satisfaction, and performance.
It is our meticulous packaging that allows for optimised space utilisation, reduces shipping costs, and ensures safe transportation, allowing hassle-free logistics and inventory management.
Our comprehensive production lines cover all applicable materials; we help our customers choose from a wide range of options.
We seamlessly accommodate varying volume requirements from large-scale production orders to customised small batches.
With our help, our clients can save money without compromising quality by finding cost-effective alternatives.
Designed to handle a wide range of fluids, ensuring reliable performance.
In order to enhance vehicle longevity, we use quality materials that can withstand harsh environments and demanding operational requirements.