Laird A15754-02

Tflex™ SF820 Thermal Gap Filler, 0.02" Thick, 9" x 9" Sheet

In Stock

Tflex™ SF800 is a high-performance, compliant, silicone free thermal interface material. By coupling extremely high thermal conductivity with exceptional wetting characteristics, Tflex™ SF800 provides some of the lowest thermal resistance values in the industry. This makes it well suited for applications where silicone based pads are traditionally used as well as those applications which are silicone sensitive.

Tflex™ SF800 is naturally tacky on both sides requiring no additional adhesive coating, which would inhibit thermal performance. The natural tack allows for the pad to be held in place during assembly.

Features

  • Silicone-free gap filler
  • Thermal Conductivity of 7.8 W/mK
  • Exceptionally low thermal resistance
  • Environmentally friendly solution that meets regulatory requirements including RoHS and REACH
Special Price $57.41 Regular Price $60.43
  • Buy 10 for $54.39
  • Buy 50 for $47.74
Image is for reference only. See Data Sheet for exact specifications.

Capabilities

Automated Packaging | Automated Pad Placement | Custom Automation | Custom Product Development | Modeling | Prototyping | Service | Testing

Industries

Aerospace/Defense | Automotive | Consumer | Industrial | Telecom/Datacom

Applications

Automotive ADAS | Automotive Electronics | Automotive Infotainment | Automotive Powertrain/ECUs | Drones/Satellites | Gaming Systems | Instrumentation | Notebooks/Tablets/Portable Devices | Routers | Smart Home Devices | Wireless infrastructure | Solid State Drive

Specifications

  • Construction & Composition: Ceramic filled silicone free sheet
  • Color: Grey
  • Thermal Conductivity (W/mK): 7.8
  • Density (g/cc): 3.1
  • Hardness Shore 00: 81
  • Temperature Range: -25-120°C
  • Rth@ 40 mils, 10 psi: 0.237°C-in2/W
  • Dielectric Constant @ 1 MHz: 16
  • UL Flammability Rating: V-0
  • Volume Resistivity: 5 x 1012 Ohm-cm
More Information
Sell Unit Each
PAC Item Code I362447
MFG Part Number A15754-02
Brand Laird
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