Unlock Peak Performance
from Every Cylindrical Cell.
Lightweight polymer cooling powered by FlexPlate technology. Permanent cell contact, up to 70 % lighter than aluminum, and fully expansion-ready for high-silicon cylindrical cells.
Next-Gen Heat Exchanger
In a world where battery failures cost millions, our FlexPlate heat exchanger
keeps every cylindrical cell cooler, lasting longer and charging faster.
Validated in ISO-certified tests.
Solutions for Modules & Packs
BTMS for Battery Modules
Optimized FlexPlate layout for battery modules. Compact, lightweight and ready for integration into larger packs.
BTMS for Battery Packs
Full-pack thermal management with FlexPlate technology. Maximum performance and uniformity across the entire cylindrical cell array.
How FlexPlate Works
FlexPlate Technology
FlexPlate combines flexible polymer micro-tubes with an adaptive structure that maintains permanent, full-surface contact with every cylindrical cell — even during expansion and contraction. This design eliminates the need for any Thermal Interface Material.
• Fits into gaps as small as 1.3 mm
• No pre-forming required
• High pressure and temperature resistance
• Chemically and mechanically robust
Performance Benchmark
BTMS vs. Aluminium HEX
FlexPlate-based cooling delivers higher thermal performance at significantly lower weight compared to conventional aluminum heat exchangers.
Engineered in Czechia for global scale — trusted by innovators who demand absolute reliability.
Customise your BTMS with ease.
Book a Discovery Call
Initiate the cooperation with a meeting where you can share your needs & wants with us. Soon after, we will provide you with a detailed custom-made product design.
Validate with a Working Prototype
In a matter of days, we will build your fully functional prototypes for physical testing to assure you that it performs well and meets all your expectations.
Integrate Seamlessly & Scale
With us, you have multiple options to choose from for seamless integration. Our approach streamlines and accelerates the implementation process.
