Besil 8230-15 A/B Flame retardant Thermal Conductivity silicone potting compound

  • Flame retardant UL 94-V0 elastomer
  • Two-part, 1:1 mixingratio
  • Medium viscosity Room temperature cure or rapid heat cure
  • Addition cure system: no cureby-products
  • Flame retardant: meets Underwriters Laboratories UL 94-V0
  • Stable and flexible from -50°C(58°F) to +250°C (432°F)
  • Flexible rubber – protects against mechanical shock and thermal cycling stress at components
  • Excellent dielectricproperties

Besil 8230-15 A/B Flame retardant Thermal Conductivity  silicone potting compound. It has good fluidity after mixing. The operating time can be adjusted according to the temperature. It can be deep-cured at room temperature. It is suitable for potting protection of various heat dissipation and temperature resistant components.

Characteristics before hardening

Test item Test standard Part A Part B
Appearance Visual Black viscous liquid White viscous liquid
Viscosity, CPS, 25 ℃ GB/T 10247-2008 4800±1000 4500±1000
Specific gravity, g/cm3, 25℃ GB/T 15223-1994 2.60±0.05 2.60±0.05
Mixing ratio Mass ratio A:B = 100:100
Viscosity after mixing, 4# rotor, cps, 25℃ GB/T 10247-2008 5000±1000
Operation time, min, 25℃ GB/T 10247-2008 30±10
Initial cured time, min, 25℃ GB/T 10247-2008 60±10
Cured conditions GB/T 10247-2008 25℃/6hr or 70℃/ 50mins, 80℃/ 30mins
Characteristics after curing
Appearance Visual Gray flexible elastomer
Hardness, Shore A GB/T 531-2008 24±5
Thermal conductivity, W/mK GB/T 10297-1998 1.50±0.05
Elongation,% GB/T 528-1998 65
Shear strength, Al-Al GB/T 6328-86 0.45
Shear strength, PPS-PPS GB/T 6328-86 0.26
Coefficient of linear expansion,K-1,ppm HGT 2625-1994 130
Dielectric strength,kV/mm,25℃ GB/T 1695-2005 ≥20
Volume resistance,DC500V,Ω·CM GB/T 1692-92 1.1×1014
Loss factor (1 MHz) GB/T 1693-2007 0.01
Dielectric constant(1 MHz) GB/T 1693-2007 3.5
Temperature range, ℃ GBT 20028-2005 – 60 ∽ 200

Application

  • Automotive electronics, modules
  • LED power drive module
  • Solar module junction box
  • Electric vehicle charging column module
  • Lithium battery pack, capacitor pack
  • Magnetic induction coil
  • Inverter power supply

Operation process

  • Before use, stir components A and B evenly in their respective packages, because the filler may partially settle during the storage process.
  • Weigh the components A and B at A ratio of 1:1, mix them evenly, and directly inject them into the components (or modules). It is best to inject slowly along the side of the wall to reduce the generation of bubbles.
  • After the bubbles disappear, it can be solidified by heating or directly solidified at room temperature, which takes about 8
  • For quantitative glue filling equipment, please consult our Marketing Department.

TDS Download BeSil 8230