Total Thermal Solution

Electrical Devices
Mobile
ESS

Bus bar

Product Name : ε-Cu Bus Bar

Product Introduction (Function)

This bus bar maximizes the heat dissipation effect through thermal dissipation treatment on the surface in order to solve the heat issues that occur due to high-powered cars and industrial facilities.

Core Competitiveness (Features)

  • High thermal conductivity and thermal dissipation characteristics (more than 0,9e emissivity)
  • Shape design technology for enhancing thermal dissipation
  • Selective thermal dissipation coating to the necessary parts
  • The improvement of the additional thermal dissipation characteristic by combining it with the thermal plastic
  • Provides excellent insulation, chemical resistance and reliability

Application

Electrical devices of the EV (Junction box, Inverter, Battery, etc.), for industrial use

Product Name : ε-Al Bus Bar

Product Introduction (Function)

This Al-Bus Bar complete with a thermal dissipating surface is able to fully realize weight lightening in response to the weight lightening of a bus bar and cost reduction issues while still retaining an outstanding thermal dissipation characteristic.

Core Competitiveness (Features)

  • The cost reduction and lower weight are achieved based on weight lightening with aluminum instead of using copper
  • High thermal dissipation characteristics (more than 0,9e emissivity)
  • Shape design technology that enhances the thermal dissipation
  • Selective thermal dissipation coating to the necessary parts
  • The improvement of the additional thermal dissipation characteristic by combining it with the thermal plastic
  • Provides excellent insulation, chemical resistance and reliability

Application

Electrical devices of the EV (Junction box, Inverter, Battery, etc.), for industrial use

Relay Junction Box

Product Name : EV High Thermal Dissipation Relay Junction Box

Product Introduction (Function)

A junction box switches the electric power of a car. This relay junction box module has been optimized by using an advanced heat dissipation material and design which enables the device to function normally even in a high power EV environment without experiencing any heating or mechanical problems

Core Competitiveness (Features)

  • Optimized design technology applied to the entire module (heat, machine)
  • Various thermal dissipation solutions
    (Thermal plastic, ε-Cu, Al bus bar, TIM, etc.)
  • Interpretation and analysis technology through simulation (heat, vibration, etc.)

Application

Electrical devices of the EV

Battery

Product Name : Thermal Plastic Lithium-ion Battery Cartridge

Product Introduction (Function)

High thermal conductivity and lightweight lithium-ion battery cartridge that is applied with insulating thermal plastic which provides excellent heat conductivity

Core Competitiveness (Features)

  • Excellent thermal conductivity (multiple times ~ significantly greater than regular plastic)
  • The improvement of thermal conductivity and a hardness through the metal insert molding
  • BThe design of different shapes is possible depending on the battery shape and structure

Application

EV Battery, ESS Battery Module

Product Name : Insulating Thermal TIM for Batteries

Product Introduction (Function)

To the heating part where it is difficult to apply the pad type TIM, this room temperature hardened or hot-setting type thermal conductivity two-type liquid silicone gel can be mechanically applied by molding.
In particular, this product is specifically optimized for EV battery cooling.

Core Competitiveness (Features)

  • Design technique for low viscosity and high thermal dissipation formulation
  • Quick productivity through an outstanding molding workability and rapid hardening
  • Prevention of any crack in the part element due to low shrinkage after hardening

Application

EV Battery, Car Transformer

Converter/Inverter

Product Name : High Thermal Dissipation Inverter/Converter Module

Product Introduction (Function)

A thermal dissipation module that applies various thermal designs and materials to the body, bus bar, and heating element in order to effectively remove the heat generated from the inverter/converter.

Core Competitiveness (Features)

  • Optimized design technology for the entire module (heat, machine)
  • Various thermal dissipation solutions
    (Thermal plastic, ε-Cu, Al bus bar, TIM, etc.)
  • Interpretation and analysis technology through simulation (heat, vibration, etc.)

Application

Electrical devices of the EV, for industrial and household purposes

Motor

Product Name : EV High Thermal Dissipation h-Motor

Product Introduction (Function)

A driving motor that can suitably remove and uniformly enhance the heat generated from inside through a high thermal dissipation varnish and molding solution.

Core Competitiveness (Features)

  • Thermal varnish development technology (excellent thermal conductivity, thermal resistance, electric insulation)
  • Thermal molding development technology

Application

EV motor, industrial motor, etc

Head Lamp

Product Name: ε-Heat Sink for the LED Head Lamp

Product Introduction (Function)

It is a metal heat sink product that is applied with thermal conductivity, the thermal dissipating surface, and a special design which can effectively release the heat generated from car headlights

Core Competitiveness (Features)

  • Excellent thermal dissipation characteristic is guaranteed due to enhancing the emissivity of the existing metal material (more than 0,9e emissivity)
  • A shape design technique that maximizes the thermal dissipation characteristic
  • Selective coating is possible for the necessary parts
  • Outstanding insulation and chemical resistance reliability

Application

Heat sink for electrical devices, lighting, home appliances, communication, and industrial use

Product Name : Thermal Plastic Heat Sink for the LED Head Lamp

Product Introduction (Function)

The lightweight heat sink product that applies an optimum thermal plastic material complete with high thermal conductivity (more than 1~20W/mK), and the thermal conductivity and thermal dissipating surface technology for car headlights.

Core Competitiveness (Features)

  • Excellent thermal conductivity (multiple times ~ significantly greater than regular plastic)
  • More lightweight, improved processing and productivity than metal materials
  • Shape design technique that maximizes the thermal dissipation characteristic
  • Outstanding insulation and chemical resistance characteristics

Application

Heat sink for electrical devices, lighting, home appliances, communication, and industrial use

Product Name : Thermal Plastic Rear Lamp Module

Product Introduction (Function)

A rear lamp module that proposes the optics and thermal solutions for the entire module including the LED substrate, housing, and heat sink so any heat issues caused by using the high luminance LED in a small area can be solved.

Core Competitiveness (Features)

  • Development for the entire module and mass production are possible
  • Complex application of a wide variety of thermal materials
    (Thermal substrate, Thermal plastic, ε-Heat sink, TIM, etc.)
  • Thermal analysis through simulation, and the structural and thermal design technique

Application

Electrical devices, lighting, etc.