ulTIMiFlux™ High-Performance Thermal Cured Dispensable Gel

Wakefield Thermal's ulTIMiFlux fully cured dispensable gels provide low thermal impedance at thin and thick gaps

Image of Wakefield Thermal's ulTIMiFlux High Performance Thermal Cured Dispensable Gel Wakefield Thermal's ulTIMiFlux fully cured dispensable gels eliminate time-consuming hand assembly, decreasing installation costs and reducing customer manufacturing and purchasing (logistical) complexity. These products require no mixing or curing, providing superior design flexibility. The dispensable gels provide low thermal impedance at thin and thick gaps, allowing use of common heat spreaders with proven reliability in extreme temperature cycling and shock and vibration. These dispensable gels also deflect easily under very low compressive forces, decreasing stress on components thus decreasing component failures.

Features/Benefits
  • Fully cured
    • Requires no refrigeration, mixing, or additional curing
    • Proven long-term reliability and superior performance
    • No settling occurs in storage
  • Highly conformable at low pressures
    • Ideal for multiple thickness gaps under one common heat sink
    • Applies very low stress on components, which makes it ideal for delicate applications
    • Allows for design flexibility compared to thermal pads
  • One component dispensable
    • Eliminates hand assembly
    • Decreases installation cost
    • Eliminates multiple pad part sizes/numbers
  • Excellent surface wetting
    • Excellent for maintaining contact through thermal cycling
Applications
  • Automotive electronic control units (ECUs)
  • Power supplies and semiconductors
  • Memory and power modules
  • Microprocessors/graphics processors
  • Flat panel displays

ulTIMiFlux™ Dispensable Gel

ImageManufacturer Part NumberDescriptionThermal ConductivityFeaturesAvailable QuantityPriceView Details
ULTIMIFLUX GEL 10CC SYRINGE 2.4WGL-08-10ULTIMIFLUX GEL 10CC SYRINGE 2.4W2.40W/m-K-0 - ImmediateSee Page for PricingView Details
Published: 2019-04-23