T-Wing® Thin Heat Spreaders

Parker Chomerics' T-Wing thin heat spreaders have effective cooling of high-density integrated circuit devices by conducting heat away from key components

Image of Parker Chomerics' T-Wing Thin Heat SpreadersParker Chomerics' T-Wing thin heat spreaders provide a low cost, effective means of cooling high-density integrated circuit devices by conducting heat away from key components. T-Wing spreaders consist of 5 oz. (0.007 inch/0.18 mm thick) flexible copper foil between electrically insulating films. High strength silicone pressure-sensitive adhesive (PSA) provides a strong bond to the heat-generating component. The compliant nature of these thermal wing heat spreaders permits nearly 100% adhesive contact with non-flat package surfaces, optimizing thermal, and mechanical performance.

Features and Benefits

  • UL 94 V-0 flammability rated
  • Custom shapes available for complex designs
  • Component junction temperature reduction of 10°C to 20°C
  • Easily added to existing designs to lower component temperatures and improve reliability

Applications

  • Microprocessors
  • Memory modules
  • High-speed disk drives
  • Laptop PCs and other high density, handheld portable electronics

Attributes

  • Lightweight (0.039 oz./in²)
  • Easy peel and stick adhesion to all surfaces
  • Pliability for flexibility in conformance shapes
  • Low application force (<0.5 psi) minimizes risk to components
  • Low profile design (0.013 in/0.33 mm) allows for use in limited space applications

T-Wing® Thin Heat Spreaders

ImageManufacturer Part NumberDescriptionThicknessMaterialAvailable QuantityPriceView Details
THERM TAPE 50.8X12.7MM W/ADH60-12-20264-TW10THERM TAPE 50.8X12.7MM W/ADH0.0130" (0.330mm)Silicone985 - Immediate$6.26View Details
THERM TAPE 76.2X19.05MM W/ADH60-12-20266-TW10THERM TAPE 76.2X19.05MM W/ADH0.0130" (0.330mm)Silicone0 - Immediate$5.98View Details
THERM TAPE 101.6MMX25.4MM W/ADH60-12-20268-TW10THERM TAPE 101.6MMX25.4MM W/ADH0.0130" (0.330mm)Silicone0 - Immediate$8.44View Details
Published: 2018-11-09