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This high copper content delivers top-tier electrical and thermal conductivity — even better than H68 brass — paired with exceptional ductility. It resists cracking and deformation during bending, stretching, or deep drawing processes. For professionals manufacturing precision components, this material is easy to process and yields high-precision finished products. It is especially ideal for parts with stringent performance requirements, far more reliable than regular brass grades.
| Thickness Range | Core Features | Typical Applications | Processing Recommendations |
|---|---|---|---|
| 0.05-0.3mm | Ultra-thin, flexible, highly formable, excellent conductivity | Precision electronic electrodes, instrument gaskets, jewelry blanks | Laser cutting for intricate patterns; slitting width customizable down to 5mm with zero deformation |
| 0.3-1.0mm | Balanced ductility & strength, easy to weld and polish | Relay terminals, decorative nameplates, bathroom accessories | Laser cutting for complex shapes; smooth cuts require no secondary polishing |
| 1.0-2.0mm | High strength, good wear resistance, outstanding stability | Automotive sensor housings, mechanical valve parts, heat sink bases | Direct laser cutting after slitting; perfect for mass production |
Laser Cutting + Slitting Processing
Concentrated heat input results in an extremely narrow heat-affected zone. Even 0.05mm ultra-thin strips stay flat with no edge warping after cutting.
Burr-free, smooth cuts with a surface roughness of ≤ Ra12.5.
Custom widths tailored to your exact requirements, with precision controlled within ±0.1mm.
Ideal for both narrow strips (for electrodes) and wide strips (for housings), minimizing material waste and reducing your production costs.
Next: High-Purity T2 Copper Strip/Sheet | Precision Laser Cutting & Slitting Supported
