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Professional manufacturer of customized LED light strips since 2012.

Is the COB light strip prone to overheating? In-depth analysis of COB light strip heating issues and Jomo Lighting's innovative solutions

In recent years, COB (Chip-on-Board) light strips have become a popular choice for commercial lighting and home decor due to their high brightness, uniform light output, and compact design. However, many users are concerned about one question: Do COB light strips generate excessive heat? As a leading enterprise in the LED lighting industry, Shenzhen Jomo Lighting Technology Co., Ltd. will provide a comprehensive analysis of the causes of heat generation in COB light strips, along with professional solutions, based on technical principles and industry experience.
Is the COB light strip prone to overheating? In-depth analysis of COB light strip heating issues and Jomo Lighting's innovative solutions 1
1. Analysis of Heat Generation in COB Light Strips
(1) High-Density LED Chip Integration
COB technology significantly improves luminous efficiency density by integrating multiple LED chips directly onto a substrate. However, high-power operation within a small area leads to concentrated heat. If the heat dissipation design is inadequate, the surface temperature can rise to 50–70°C.
(2) Circuit Design and Current Control
Some low-quality light strips use inferior driving power supplies or lack constant-current ICs to reduce costs, resulting in excessive current fluctuations that intensify chip heating.
(3) Insufficient Heat Dissipation Structure
Traditional COB light strips rely on passive heat dissipation through flexible substrates (e.g., FPC). Without aluminum channels or thermal conductive adhesive, heat cannot be quickly dissipated.
2. Hazards of Excessive Heat in COB Light Strips
· Accelerated Light Decay: Prolonged high-temperature operation can reduce LED chip efficiency, shortening lifespan by over 30%.
· Safety Risks: In extreme cases, it may cause circuit aging, short circuits, or even fire hazards.
· Installation Limitations: High temperatures may damage illuminated objects (e.g., wooden furniture or acrylic materials).
3. Jomo Lighting’s Heat Dissipation Solutions for COB Light Strips
Addressing industry pain points, Shenzhen Jomo Lighting Technology Co., Ltd. has introduced a "Low-Heat, High-Efficiency" COB light strip series through technological innovation to control heat generation at the source:
(1) Upgraded High-Thermal-Conductivity Substrate Materials
Using aerospace-grade aluminum substrates combined with nano-thermal conductive adhesive, thermal conductivity is improved by 40%, ensuring rapid heat transfer to the external environment.
(2) Intelligent Segmented Circuit Layout
With patented circuit design (Patent No.: JM-ZL2023XXX), the light strip is divided into independent temperature-control modules to prevent localized overheating, maintaining a stable operating temperature below 45°C.
(3) Dynamic Current Regulation Technology
Equipped with Jomo’s self-developed JM-IC constant-current driver chip, it monitors temperature in real time and automatically adjusts current to balance energy efficiency and heat dissipation.
(4) Integrated Heat Dissipation Structure
Optional 6063 aluminum alloy channel + graphene thermal coating solution improves heat dissipation efficiency by 60% compared to traditional designs, suitable for long-term, high-load scenarios.
4. Why Choose Jomo Lighting’s COB Light Strips?
· Rigorous Temperature Control Testing: All products undergo 48-hour high-temperature aging tests, ensuring stable operation in environments ranging from -20°C to 80°C.
· Dual Energy Efficiency Certifications: Compliant with CE and RoHS standards, achieving 130 LM/W luminous efficiency and over 50% energy savings.
· Customized Services: Tailored solutions for length, color temperature, and heat dissipation based on project requirements, meeting commercial engineering and high-end home decoration needs.
Is the COB light strip prone to overheating? In-depth analysis of COB light strip heating issues and Jomo Lighting's innovative solutions 2
5. Professional Advice: How to Reduce Heat in COB Light Strips?
(1) Reserve space for heat dissipation during installation to avoid direct contact with surfaces.
(2) Use Jomo Lighting’s dedicated aluminum tracks to enhance overall heat dissipation efficiency.
(3) Regularly clean dust from the light strip surface to prevent blockage of heat dissipation channels.
As a national high-tech enterprise with 13 years of experience in the LED industry, Shenzhen Jomo Lighting Technology Co., Ltd. remains committed to innovation, providing safe, durable, and efficient COB light strip solutions for customers. For further product details or a free technical consultation, contact us today.

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Contact person: Bob Zhu
Email: jomolighting@jomolighting.com
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