Graphene thermal conductive plastics or into the LED lamps and lanterns is a new generation of heat dissipation material

Graphene is a composed of carbon atoms in single chip structure of nano new material, is found in almost perfect surface atomic structure, its excellent conductivity, thermal conductivity and thermal performance for all walks of life are on their high hopes.

because many have excellent mechanics, optics, electricity and microscopic quantum properties of graphene is expected in the electronic, new energy, high-end manufacturing, medical and other fields in a variety of applications. The future level of downstream application market is expected to reach one trillion yuan, the first is expected to transparent electrode used in solar energy, heat dissipation material and touch screen, etc.

at present, the metal materials are difficult to machine in LED heat sink applications, consuming energy, density, conductivity, easy to many problems such as deformation and waste recycling, almost without too much of a price cut space. The graphene thermal conductive plastics such as nanotechnology applications in LED lamps and lanterns on the heat dissipation, and the system cost can reduce at least 30%.

graphene belongs to rare earth materials, are gradually replacing parts of thermal conductivity of metal parts used in the LED lamps and lanterns, including lamp holder, cooling heat lamp cup and shell, etc. Graphene relative to the metal materials with uniform heat dissipation, light weight, flexible design, etc.

graphene microscopic structure, with the rapid development of LED industry greatly boost the development of the upstream materials industry, and further promote the breakthrough in the field of advanced materials. LED lamps used in a large number of thermal conductive materials, including the LED chip packaging components, LED optical lens, the light scattering components and efficient heat dissipation components, diffuse reflection of light and light board, etc.

graphene is a crucial stage in industrialization, in terms of technology, process and industrial docking need to invest a lot of resources. Industrialization is the key and difficult point related materials preparation, transfer of technology and the integration of upstream and downstream industry chain. The United States, Britain, China, Japan and South Korea and other countries of industrialization development in relatively high.

for a long time, bad heat dissipation can lead to damage of power, speed up droop, shorten service life, always is the key of the LED lighting system performance improvement. The traditional three lamps shell heat dissipation material also have their own advantages and disadvantages. Aluminum good thermal conductivity, electrical conductivity is not easy to account safety; Plastic insulation is good, but and the expansion coefficient of thermal conductivity is low; Ceramic before both insulation and heat dissipation of the two advantages, fragile, high processing cost is the biggest ills.

metal materials are difficult to machine in LED heat sink applications, consuming energy, density, conductivity, easy to many problems such as deformation and waste recycling, almost without too much of a price cut space. The graphene thermal conductive plastics such as nanotechnology applications in LED lamps and lanterns on the heat dissipation, and the system cost can reduce at least 30%. Graphene is a composed of carbon atoms in single chip structure of nano new material, is found in almost perfect surface atomic structure, its excellent conductivity, thermal conductivity and thermal performance for all walks of life are on their high hopes.

compared to aluminum alloy and die casting aluminum, if the thermal plastic, heat dissipation part comprehensive cost reduced by more than 50%, the whole lamp processing costs by 30%, drive cost down more than 20%. Various defects, after the aluminum alloy material is widely used, more and more apparent, this year there have been many LED companies start to look gathered in aspects of graphene plastic thermal conductive materials, the future is expected to be widespread popularity in the field of LED lighting and fly Thai science and technology of graphene high thermal conductivity material with 'high thermal conductivity, high insulation, high flame retardant' excellent features, such as alternative to traditional metal radiator, for LED lighting products as a decline in the cost of comprehensive provide better solutions.