Customization: | Available |
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Warranty: | 1years |
Application: | Car, Die |
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Product Name:Micro-Channel Header Pipe Precision Stamping Die for Next-Gen Automotive Heat Exchangers (Surface Roughness Ra≤0.8μm) |
Category:Stamping Die |
Product Description:
This cutting-edge precision stamping die is engineered for manufacturing ultra-efficient micro-channel header pipes critical to next-generation automotive heat exchangers. Combining advanced blanking, piercing, baffle stamping, and slotting processes, it achieves unmatched dimensional accuracy and surface quality (Ra≤0.8μm) essential for high-performance thermal management in EVs and hybrid vehicles. Designed for seamless integration with fully automated production systems, it ensures zero-defect mass production of complex micro-channel geometries. |
Nanoscale Surface Precision - Delivers Ra≤0.8μm surface roughness via mirror-finish hardened inserts, minimizing fluid resistance and enhancing heat transfer efficiency by up to 22%.
Micro-Channel Fabrication Expertise - Forms 0.5-1.2mm wide micro-flow channels with ±0.015mm positional accuracy using patented anti-distortion tooling.
Integrated Multi-Process Tooling - Executes blanking, precision piercing, 0.2mm baffle stamping, and slotting in a single progressive die station, eliminating secondary machining.
Automation-Optimized Design - Features standardized quick-change cartridges and robotic handling interfaces, enabling 27-second mold changeovers for flexible production.
Extended Service Life - Utilizes CVD-coated carbide inserts in high-wear zones, sustaining precision through 1.5 million cycles even with high-strength aluminum alloys (e.g., AA6061-T6).
Leak-Proof Geometry Control - Maintains ±0.02mm wall thickness uniformity across complex multi-port headers, ensuring 100% pressure-tight joints.
Ideal for EV battery coolers, fuel cell stacks, and ultra-compact radiators, this die sets new benchmarks for thermal efficiency, manufacturing sustainability, and automation readiness in tomorrow's mobility solutions.
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Micro-Channel Header Pipe Precision Stamping Die for Next-Gen Automotive Heat Exchangers (Surface Roughness Ra≤0.8μm)