MDTIM 6230#20 2.0w thermal conductive Silicone potting compound

  • Two components plus formed silicone rubber
  • 1:1 mixing ratio
  • Low hardening shrinkage
  • Excellent high temperature electrical insulation and stability
  • Good water and moisture resistance
  • UL V-0,UL No.E538545

 

MDTIM 6230 (20#)A/B is a kind of two-component silicone thermal potting adhesive, which has good fluidity after mixing, the operation time can be adjusted according to the temperature, and the room temperature can be deeply cured. It is suitable for the potting protection of various heat and temperature resistant elements, fully in line with the EU ROHS directive and SVHC REACH requirements.

Test item Test Standard Component A Component B
Appearance Visual Black viscous liquid White viscous liquid
Viscosity,cps, 25℃ GB/T 2794-2022 4500-7500 4500-7500
Specific gravity,g/cm3, 25℃ GB/T 13354-1994 2.65±0.05 2.65±0.05
Mixing ratio Mass ratio A:B = 100:100
Viscosity after mixing,cps, 25℃C GB/T 2794-2022 4500-7500
Operation time after mixing, minutes GB/T 2794-2022 ≤60
Initial setting time, hours 3-5
Curing conditions 25℃/12hr or 70℃/ 60mins, 80℃/ 30mins
Appearance of hardened matter Visual inspection Gray elastomer
Hardness, Shore A GB/T 531.1-2008 20-30
Thermal conductivity, W/mK GB/T 10297-2015 2.0±0.2
Coefficient of linear expansion, K-1, ppm GB/T 1692-2008 150
Dielectric strength,kV/mm GB/T 1693-2007 ≥20
Volume resistance,DC500V, Ω·CM GB/T 1693-2007 1.1×1014
Dielectric constant (1 MHz) GB/T 531.1-2008 3.0-4.0
Temperature range,℃ GB/T 10297-2015 -60 ∽ 250
  • Automotive electronics, modules
  • LED power drive module
  • Solar module junction box
  • Electric vehicle charging post module
  • Lithium battery pack, capacitor pack
  • Magnetic induction coil
  • Inverter power supply

Operation and use process

 

  • Before sizing, stir A and B components evenly in their respective packages, because the filler may partially settle during storage.
  • The A and B components are weighed at a ratio of 1:1, mixed evenly, and injected directly into the components (or modules) that need to be potting and protected. It is best to slowly inject along one side of the wall, which can reduce the generation of bubbles.
  • The pot-sealed component is left to stand and let it bubble itself. After the bubble has basically disappeared, it can be heated and cured, or it can be cured directly at room temperature, which takes about 12hr.
  • Please consult the Marketing Department of our company for the potting equipment that needs quantitative gluing.

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