Application of Interface Materials in New Energy Vehicles


As the new energy vehicle market explodes in growth, whose related industries have also entered a rapid development track, there is also a large demand for various high-performance interface materials.
As a kind of filler material that has outstanding thermal conductivity, insulation and compressive properties, interface materials are more and more widely and importantly applied.
Application of interface materials in new energy vehicles
Smart cockpit module
In-vehicle screen display
Smart Cockpit Domain Controller
Vehicle entertainment and human-computer interaction system
Air Conditioning System
Body control module
Body Control Domain Controller
Car lights
Wiper/brushless motor
ABS
Assisted driving module (ADAS)
Assisted Driving Domain Controller
HD camera
Lidar & Millimeter Wave Radar
Power module
Inverter/motor/reducer
Battery pack/BMS/high voltage distribution box
Car charger/transformer
Water pump/brushless motor/BSG motor
Chassis/steering module
Chassis Domain Controller
Steering system
Body stability system ESP/electronic braking system
Charging pile
PCBA circuit board
Inductance
Rhyton recommended solutions
Thermal conductivity can be selected from 1.0~13.0 W/m·K, and products are available with options such as fiberglass, PI film, insulation cloth, adhesive backing, and single-sided non-stick.
Thermal conductivity can be selected from 2.0~12.0 W/m·K, and different types of gels can be provided, such as single-component, two-component, easy peeling, and high flow rate.
Thermal conductivity can be selected from 1.0~4.0 W/m·K. they have extremely low hardening shrinkage, and can be cured at room temperature or heated.
Thermal conductivity can be selected from 1.0~5.0 W/m·K, they have excellent thixotropy, suitable for screen printing.
Thermal conductive absorbing materials:
Thermal conductivity can be selected from 2.0~6.0 W/m·K, and they have low volatility, broadband, and high absorption rate.
Absorbing materials:
They have high magnetic loss, electrical insulation, high strength, and easy operation, whose silicone carrier has excellent weather resistance.
Glass fiber as base material, they have reliable electrical insulation and ow thermal resistance, whose thermal conductivity are up to 5.0 W/m·K.
Product series with different hardness and different powder types. It has good thixotropy.
Thermal conductivity can be selected from 3.5~7.5 W/m·K,and as a kind of non-silicon product without silicon pollution, they have extremely low thermal resistance.
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