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Stanyl导热塑料在LED灯具上的创新应用


Stanyl?
Thermal Management Solutions for LED based Lighting Applications Stanyl LED

DSM Engineering Plastics Hubert Wu ( ) Mobile: 13902986357 Email:rui.wu@dsm.com

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DSM Engineering Plastics

LED is future in Lighting LED
Life time of 50,000-hour and more Energy saving (low power/high efficiency) Personalized light

LED Enemy No. 1: Heat LED

Thermally Conductive Stanyl

DSM Engineering Plastics

Heat reduces lifetime of an LED system LED – LED

Useful life of high brightness white LED at different operating temperatures
100

90 Light output [%]

T junction = 63 C T junction = 74 C

80

70

60

50 1000

2y
10000 Time [hours]

6y
100000

Thermally Conductive Stanyl

DSM Engineering Plastics

Presently used solutions for Thermal management

? Aluminum is the obvious choice for
the housings however has the following limitations ( Alu 200 W/mK, Cu - 380 W/mK), Weight Cost ( ) Productivity Safety – Electrically Conductive Design limitations Thermoplastics can overcome all these challenges, however they are inherently insulators, , .
Thermally Conductive Stanyl Page 2

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Introducing Thermally Conductive Stanyl Stanyl

Thermal Conductivity (5 – 15 W/mK) can be as efficient, is that enough to replace Aluminum ??? (5~15 W/mK) ? ??
Thermally Conductive Stanyl

DSM Engineering Plastics

Convection- and Conduction Limited situation

Conduction limited

Convection limited

? In a convection limited situation (metal replacement), the can be lowered without increasing part temperature. , . ? In a conduction limited situation (plastic replacement), increasing results in drastically lower part temperature ,
Thermally Conductive Stanyl

DSM Engineering Plastics

Stanyl TC = Portfolio of Thermally conductive compounds Stanyl TC , :
? Electrically Conductive (EC) / Electrically Isolating (EI)

/

? ? ?

Different levels Thermal conductivity within EC and EI Flame Retardancy – HB / V-0 HB V0 Fundamental Understanding on thermal management Design Support Thermal CAE Capability CAE

? ?

Thermally Conductive Stanyl

DSM Engineering Plastics

Summary Advantages of Thermal Conductive plastics

? Design freedom ? Lower Weight ? High productivity ? No finishing processes (drilling, sanding, etc) ( , ) ? Lower or Similar total part cost ? More “Eco”
Thermally Conductive Stanyl

DSM Engineering Plastics

Track Record

Thermally Conductive Stanyl

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Track Record – Details

Thermally Conductive Stanyl

DSM Engineering Plastics

Track Record

Thermally Conductive Stanyl

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Thank You

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Page 7

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导热塑料 | 塑料导热系数 | 塑料导热系数测试 | 塑料的导热系数 | 高导热塑料 | 导热塑料材料 | 导热塑料散热器 | 石墨烯导热塑料 |