Unlocking the Perfect Solution for New Energy Vehicle PCB Protection: ODAKE CT8601 UV Conformal Coating
In the design of new energy vehicle electronic systems, ODAKE ‘s CT8601 UV Conformal Coating, as a professional PCB conformal coating, is becoming the preferred UV conformal coating for engineers tackling protection challenges. This article will delve into how this high-performance UV conformal coating meets stringent automotive electronics requirements through its unique technology.
Why Choose ODAKE CT8601 as the UV Conformal Coating?
As a professional-grade UV conformal coating, ODAKE CT8601 PCB Conformal Coating is specifically developed for the protection needs of new energy vehicle PCBs. Compared to traditional conformal coatings, it adopts an innovative UV + Moisture Dual-Cure System. This not only provides the fast-curing advantage of a UV conformal coating but also ensures deep curing in shadowed areas, guaranteeing comprehensive protection for complex PCB structures.
Core Performance: Meeting Four Stringent Requirements
Our customers commonly focus on four key metrics: Sprayability, Water Resistance, Yellowing Resistance, and Salt Spray Resistance. ODAKE CT8601 UV Conformal Coating excels in all four areas:
Excellent Sprayability
This PCB conformal coating has a moderate viscosity (approx. 170 mPa.s) and excellent flow characteristics, making it highly suitable for automated spray coating lines. As an easy-to-use UV conformal coating, it forms a uniform protective layer, enhancing production efficiency.
Outstanding Environmental Resistance
Water & Moisture Resistance: Passes 500 hours of 85°C/85% RH damp heat testing and 240 hours of water immersion testing.
Salt Spray Corrosion Resistance: Withstands over 240 hours in a 5% NaCl salt spray environment without corrosion.
Yellowing Resistance: The UV-cure system ensures long-term transparency and stability, preventing aging-related yellowing.
Thermal Shock Resistance: Performs excellently in temperature cycling tests from -40°C to 120°C.
Advantage of the Dual-Cure Mechanism
As an advanced UV conformal coating, CT8601’s UV + Moisture Dual-Cure System achieves the perfect balance between efficiency and depth:
Fast UV Cure: Tack-free surface in ≤10 seconds, boosting production efficiency.
Deep Moisture Cure: Ensures complete curing in shadowed areas, eliminating protection gaps.
Key Technical Parameters (From TDS)
To help you better understand this ODAKE UV conformal coating, here are some key performance parameters:
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Cure Speed: ≤10 seconds under UV irradiation (600-1000 mW/cm²)
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Salt Spray Resistance: ≥240 hours (5% NaCl solution)
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Damp Heat Resistance: ≥500 hours (85°C / 85% RH conditions)
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Dielectric Strength: ≥30 KV/mm
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Volume Resistivity: ≥4×10¹³ Ω·cm
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Application Value and Industry Significance
Choosing ‘s UV conformal coating is more than just selecting a protective material; it’s choosing a complete quality assurance system. The fast-curing characteristic of this PCB conformal coating can significantly shorten production cycles, while its comprehensive protective performance can greatly reduce field failure rates.
For new energy vehicle manufacturers, ODAKE CT8601 UV Conformal Coating provides full-cycle value from production to use:
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Increased Production Efficiency: Fast curing reduces waiting time.
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Enhanced Quality & Reliability: Comprehensive protection extends product lifespan.
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Optimized Cost-Benefit: Reduces repair and replacement costs.
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Further Reading & Resources
Want to learn more technical information about conformal coatings? We recommend reading related articles on our website:
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[Latest Trends and Technological Developments in New Energy Vehicle Electronics Protection] (Internal Link 1)
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[How to Choose the Right PCB Protective Coating for Your Project] (Internal Link 2)
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You can also refer to the industry standard [IPC-CC-830B] to learn more about general requirements for circuit board protective coatings.
