The hottest RTP thermal conductive mixture success

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RTP thermal conductive mixture successfully makes the dream come true

thermoplastic mixture can not only heat transfer like metal, but also insulate like traditional plastic. Component integration, through one-step production process, can not only reduce production costs, but also improve the degree of freedom of design. RTP not only dares to conceive, but also has successfully made its dreams come true

although metals have become the first choice for materials due to their excellent thermal conductivity, such high thermal conductivity is not required in many application fields. In fact, air flow (convection) usually determines the effectiveness of heat dissipation of the system

rtp company mixes heat conductive additives into various plastic resins to produce mixtures that are convenient for heat management and suitable for various operating temperatures and environments. Selecting a reasonable base resin helps to improve chemical resistance and eliminate corrosion. Different sample fixtures are configured for users to choose from; Avoid the failure of metal radiator according to the different materials of users

generally speaking, compared with comparable aluminum radiators, the weight of thermal conductive mixtures can be reduced by up to 50%, which is particularly important for the transportation industry with strong awareness of energy conservation, analysis and manufacturing, and air and space vehicles

for a variety of designs, radiators made of thermal conductive mixtures and processed by injection molding process have higher design flexibility. Using this material, designers can maximize convection while minimizing production costs, so as to improve heat dissipation performance

rtp thermal conductive mixtures have been successfully applied to radiators in many fields, such as LED luminaries and LED lamp firmware, consumer electronics, aerospace, automotive cooling systems, motor and battery shells, temperature sensors, heat exchangers, etc

characteristics of thermal conductive mixture:

- designed for uniform heat dissipation

- injection molding process, Creative design at a lower cost

- lighter weight than traditional heat dissipation materials

- internal corrosion resistance

additional advantages:

- thermal conductivity up to 35w/(m-k)

- thermal conductivity can be customized by adding various additives

- both insulating and conductive

- applicable to all kinds of thermoplastic resins

- component merger, simplified equipment assembly

- in mold coloring, There is no need for costly secondary operation

- it is especially suitable for LED lamps and mobile electronic devices

when using high aspect ratio Tista high-tech, which has strong mechanical design and development, electrical measurement and control, software development capabilities, additives (fibers, thin sheets, etc.), the thermal conductivity (k) of the thermoplastic mixture is related to the orientation, because it tends to be arranged along the polymer flow direction in the molding process. When the orientation value is greater than the interlayer value, this orientation may produce anisotropic thermal conductivity

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