Two new highway tunnels in Central China use LED-based tunnel lighting, which saves 60% of energy consumption and related lighting costs compared to traditional light sources. With the engineering assistance of Future Lighting Solutions and its LED inventory management, Xi'an Liming Electronic Technology Co., Ltd. developed more than 3,900 lamps used in the project using LUXEON Rebel LED design from Philips Lumileds.

As one of the leading LED tunnel lighting manufacturers in China and one of the largest outdoor LED lighting products suppliers in China, Xi'an Liming works closely with Future Lighting Solutions' engineering team to ensure that the lamps produced meet the national tunnel lighting standards. At the same time, it has a sustainable LED supply. Future's services include LED components and color temperature selection, light simulation, lens testing, and advanced color temperature region subdivision to achieve the required color temperature of 5000K and provide joint inventory to ensure LED supply.

“It is Fuchang’s help in designing and optimizing these tunnel luminaires that enabled us to meet and exceed the national standards for such luminaires and win the lighting contract for these two tunnel projects,” Xi’an Liming Mu Yijing, general manager of the company, said, “There are still many tunnel construction projects under planning. With such experience, we will be in a favorable position in the bidding process for these projects.”

These lamps are used to illuminate the Xinkailing and Wangzhuyuan No. 2 tunnels from Lu'an to Wuhan Expressway, which is a north-south branch of China's east-west traffic artery from Shanghai to Wuwei. The 4.7 km (2.9 mile) lighting project of the two tunnels was jointly completed by Xi'an Liming and Anwei Huanyu Highway Construction and Development Co., Ltd.

Each 50W and 100W tunnel light uses 42 and 72 LUXEON Rebel LEDs, respectively. In addition to energy savings, these lamps have other advantages over traditional light sources such as fluorescent lamps, metal halides, and low- and high-pressure nano lamps, such as 60,000 hours of service life and shock and vibration resistance in tunnel environments. Significantly reduced replacement, repair and personnel costs, as well as lane closure times.

The use of LED technology in this project also includes other advantages, such as better color rendering, which improves driving visibility and safety; and because the heat generated by the LED is very low, the lamp is baked and accumulated by dust and dirt. The phenomenon of yellow light is also reduced; LED lights also have a number of "environmental" features, such as meeting ROHS requirements, the structure does not contain mercury and lead.

“This installation highlights the environmental and low maintenance cost advantages of using LUXEON LEDs for tunnel lighting, as well as the ability of LEDs to provide the brightness and balanced road lighting needed for safe and comfortable driving,” Winter Lighting, Vice President, Greater China Sales, Future Lighting Solutions Chan said, "The cooperation with Xi'an Liming on this project gives us the opportunity to participate in China's important infrastructure upgrades, and also gives us the opportunity to contribute to China's energy-saving initiatives."

 Thermal Conductive Pad

Silicone Thermal Conductive Gap Filler Pad could reach 6.0 W/mk Between heat-generation Component and heatsink Automotive engine control, Graphices Cards, Telecom device Wireless Hub,Military equipment, power supply Cooling Module, Thermal module,

1. High bond strength to surfaces

2. Thermal conductivity in combination with electrical isolation

3. Excellent wet out

4. High temperature stability

Application:

1.For CPU, LED,PPR heat sink, microprocessor
2.For any power consumption semiconductor
2.Replacing screws, fasteners and other fixed means
4.Fixing heat sink on the power supply circuit board
5.Fixing heat sink on vehicle control circuit board
6.Fixing heat sink on packaged chips

 

we could die cut any size and shapes as customer design.


Silicone Thermal Conductive Gap Filler Pad

Thermal Conductive Pad1

Thermal Conductive Gap Filler Pad

TP-600


TEST ITEM

TEST MOTHOD

UNIT

VALUE

SIZE


mm

400*200MM

COLOR

Visual


 Blue

THICKNESS

ASTM D374

mm

0.3-10MM

GRAVITY

ASTM D792

g/cc

2.85±0.1

HARDNESS

ASTM D2240

Shore 00

25±5

TENSILE STRENGTH

ASTM D412

kg/cm2

55

 

 

 

ELONGATION

ASTM D412

%

60 95

TEMP

EN344

℃

-40~+220

VOLUME RESISTIVITY

ASTM D257

Ω•CM

3.1*1011

BREAKDOWN VOLTAGE

ASTM D149

kv/mm

5

VOLUME IMPENDENCE

ASTM D257

Ω.cm

1.7×1013

Weight Damnify

 200℃ 200H

%

≤1

Thermal Resistance

ASTM D5740

℃/ W

0.18

FLAMMABLITY

UL-94


V-0

THERMAL CONDUCTIVITY

ASTM D5470

w/(m•k)

6


TP-240


TEST ITEM

TEST MOTHOD

UNIT

VALUE

COLOR

Visual


GRAY

THICKNESS

ASTM D374

mm

0.5~10

GRAVITY

ASTM D792

g/cc

1.8-2.2

HARDNESS

ASTM D2240

Shore00

30±5

TENSILE STRENGTH

ASTM D412

kg/cm2

2.3




TEMP

EN344

℃

-40~+220

VOLUME RESISTIVITY

ASTM D257

Ω•CM

1.7*1013

BREAKDOWN VOLTAGE

ASTM D149

kv/mm

4

FLAMMABLITY

UL-94


V-0

THERMAL CONDUCTIVITY

ASTM D5470

w/(m•k)

2.4


Fiber glass reinforced


Test Item

 Unit  

 Data  

 Test Method  


   Color  

 -----

 gray\pink

  Visual


Reinforcement Carrier


fiber glass



  Thickness  

 mm  

 0.23\0.3\0.45mm±0.05  

 ASTM  

 D374  

  Spec  

 mm  

 300mm×50M  

 ASTM  

 D1204  

  Density  

 g/cc  

 1.7±0.1  

 ASTM  

 D792  

  Hardness  

 Shore 00  

 75±5  

 ASTM  

 D2240  

Tensile Strength  

 kg/cm2  

 >180  

 ASTM  

 D412  

 pa  

 1.8*1011  

 ASTM  

 D412  


 Breakdown Voltage  

 Kv/mm  

 â‰¥4.0  

 ASTM  

 D149  

Volume Impedance  

 Î©.cm  

 1.7×1013  

 ASTM  

 D257  

Continuous Use Temp  

 â„ƒ

  -40~220  

 EN344  


Thermal Resistance  

 â„ƒ/ W  

 0.25  

 ASTM  

 D5740  

Flame Rating  

 ------

 V-0  

 UL

  94  

 Thermal Conductivity  

 W/m.k  

 1.0  

 ASTM  

 E 1461-01  


Thermal Conductive Pad

Thermal Conductive Pad,Thermal Pad Material,Thermal Interface Pad,Thermal Conductive Gap Pad

JINAN EMI SHIELDING TECHNOLOGY CO., LTD. , http://www.emirfi.com