GOF2000

GOF2000

Thermal Gasket; Product Description; Laird’s Graphite‐over‐Foam (GOF), GOF2000 thermal gasket, provides thermal transfer performance in the form of a traditional wrapped compressible foam gasket. GOF2000 combines the thermal transfer…

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Thermal Gasket Product Description Laird’s Graphite‐over‐Foam (GOF), GOF2000 thermal gasket, provides thermal transfer performance in the form of a traditional wrapped compressible foam gasket. GOF2000 combines the thermal transfer performance of the Tgon™ 9000 synthetic graphite outside wrap and the repeatable compression and rebound of a foam core. GOF2000 utilizes Laird LSF series silicone foam allowing for a UL V0 flammability rating. Features and Benefits • High Deflection • High thermal transfer rate especially suitable for large gap sizes • Repeatable compression and rebound cycles • Lightweight • Low force thermal interface • Abrasion resistant exterior • Ease of manufacturing for high volume • Use multiple 5mm width columns to lower overall thermal resistance • High operating temperature suitability and UL V0 flammability rating Industries: 5G Data Infrastructure · 5G Handset · 5G Peripherals · 5G Telecom · Aerospace · Automotive · Automotive and Industrial Electronics · Autonomous Vehicle · Blade servers · Cabinet Applications · Cloud · Commercial Telecom · Computing · Consumer · Consumer Accessories · Consumer Electronics · Data Infrastructure · Datacom · Electric Vehicle · Energy & Utilities · Gaming · General applications · Healthcare · Healthcare / Medical · Industrial · Industrial Electronics · Industrial Markets · Industrial/Production · IT · Medical · Medical Equipment · Military · Mobile Infrastructure · Network and telecommunications equipment · Networking · Printers · Robotics · Satellite · Security and defense · Servers · Telecom · Telecom, 5G, Consumer, Automotive, Military · Telecom, Automotive, Other · Telecom, consumer and general applications · Telecommunications · Test & Measure · Test and Measure · Transportation · Video graphics · Wireless Applications: Large Component Gap · Optical Module · Sliding Connection · Thermal Transfer Technical Specification