Technical Application Scheme of Thermal Conductive Silicone Sheet for High-power Lamps
Introduction Heat Dissipation Principle and Requirements of High-power Lamps (1) Heat Dissipation Principle When high-power lamps work, while electrical energy is converted into light energy, a......
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09
2025.05
Application of Thermal Conductive Shielding Adhesive Film in Electronic Chips
In the current context of the rapid development of the electronic information industry, the integration degree and operating speed of electronic chips are constantly increasing, and the heat dissipati......
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04
2025.05
High Thermal Conductivity Gaskets for Fishing Lights and Laser Products
I. Technical Principles and Core Requirements 1. Heat Dissipation Challenges of Fishing Lights High-Power LED Heat Generation: Single light power can exceed 400W, necessitating rapid heat conduction t......
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28
2025.04
Blended Products of Conductive Silicone Rubber and Non-conductive Silicone Rubber
I.Blending Principle Conductive silicone rubber mainly obtains its conductive properties by adding conductive fillers, such as metal powders (silver powder, copper powder, etc.) and carbon-based mater......
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24
2025.04
Silicone Rubber Resistant to 300 Degrees Celsius
Characteristics ·Excellent temperature adaptability: It can maintain stable performance within a temperature range from -50°C to 300°C or even higher, and can withstand high and low temperature impact......
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23
2025.04
Transparent silicone that can withstand 300 degrees Celsius
The transparent silicone rubber resistant to 300 degrees Celsius is a high-performance special material. It combines the flexibility, chemical stability and high light transmittance of silicone rubber......
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23
2025.04
Processability and Molding Technology of Wave-Absorbing Silicone Rubber
I. IntroductionAs a material that combines the wave-absorbing function and the excellent properties of silicone rubber, wave-absorbing silicone rubber is widely used in fields such as electronic commu......
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18
2025.04
Application of Wave-Absorbing Silicone Rubber in the Field of Electromagnetic Compatibility
I. Introduction With the rapid development of electronic information technology, the number and density of electronic devices have increased sharply. Electromagnetic interference (EMI) and electromagn......
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18
2025.04
Application of Wave Absorbing Silicone Rubber in Stealth Technology
I. Introduction In the fields of modern military and high-end technology, stealth technology is the key to enhancing the survivability and combat effectiveness of equipment. The core of stealth techno......
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18
2025.04
Research on the Environmental Resistance Performance of Wave-Absorbing Silicone Rubber
I. IntroductionWave-absorbing silicone rubber, with its unique wave-absorbing performance and good processing characteristics, has been widely applied in fields such as electronic communication, aeros......
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18
2025.04
Development Scheme of Broadband Wave-Absorbing Silicone Rubber
I. IntroductionAgainst the backdrop of continuous innovation in high-frequency electronic technologies such as 5G communication and radar detection, the operating frequency bands of devices are expand......
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18
2025.04
Relationship between the Structure and Properties of Wave-Absorbing Silicone Rubber
I. Introduction As a key material for addressing electromagnetic interference and radiation issues, wave-absorbing silicone rubber is widely used in fields such as electronic communication and nationa......
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18
2025.04