Russian
Traditional room-temperature or thermal curing for EV battery pack sealants creates severe production bottlenecks:
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Long Cycle Time (CT): Curing takes 15 minutes (tack-free) to 24 hours (full cure).
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Massive Footprint: Long heating tunnel ovens or large buffer zones waste factory space.
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Thermal Risk: Continuous high temperatures endanger sensitive BMS and battery cells.
Shenzhen Super- curing Opto-Electronic CO., Ltd delivers an advanced UV-LED curing system engineered for fast, cold, and automated battery pack assembly.
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High Irradiance: Delivers 12–20 W/cm² to trigger instant polymerization within 1–3 seconds.
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Targeted Wavelengths: Optimized 365nm / 395nm / 405nm outputs ensure deep penetration into thick sealant layers.
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Cold Curing: Surface temperature rise is kept ≤5°C, eliminating thermal damage risks.
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Smart Integration: Supports EtherCAT and Profinet for seamless synchronization with 6-axis dispensing robots.
| Metric | Traditional Thermal/Ambient Curing | UV-LED System | Improvement |
|---|---|---|---|
| Curing Time | 15 – 20 minutes | 1.5 – 3 seconds | 600x Faster |
| Line Footprint | 30-meter buffer line | 1.5-meter station | 95% Space Saved |
| Energy Consumption | Continuous high-power draw | Instant On/Off (No standby power) | 75% Cost Reduction |
| First Pass Yield (FPY) | Inconsistent due to humidity | 100% stable light energy | 99.9% FPY |
Our UV-LED systems also optimize:
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Cell Insulation: Rapid curing of side-plate conformal coatings.
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BMS Protection: High-speed inline curing of moisture-proof coatings.
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Module Bonding: Fast structural adhesive positioning.
Accelerate your battery assembly line with Shenzhen Super- curing Opto-Electronic CO., Ltd. Contact us today for a free "Adhesive Curing Test & Customized UV-LED Solution."