Engineered for PCS energy storage converters and MOCVD equipment with extended cooling requirements.
For profiles exceeding 1000mm, we implement specialized fixture stabilization during CNC machining. This is critical to neutralize natural material stresses and prevent the warping often found in extra-long aluminum extrusions.
Challenge: Tube collapse and flow resistance in long, complex pipe circuits.
Krosino Solution: We monitor bending flattening ratios (kept under 3%) and use numerical bending control to ensure laminar fluid flow across the entire length of the cooling path.
Q: Why is CNC fixture stabilization necessary for long plates?
A: Without dedicated support, long aluminum parts will flex during the cutting process, leading to flatness errors that make it impossible to properly mount high-power IGBT/converter modules.
Q: How do you handle shipping for extra-long components?
A: We offer custom protective crating designed to maintain rigid plate geometry during transit, ensuring your parts arrive installation-ready.
Q: Can these plates handle high-pressure pump systems?
A: Yes, our vacuum-brazed long-path cooling circuits are designed specifically for the high flow rates and pressures required in large-scale energy storage systems.
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