Thermal Compound / Grease

• Thermal Conductivity: 14.2 W/mK
• Long Term Operating Temperature: -250 °C / +350 °C
• Model #: TG-KE-002 R

• Model #: Kryonaut 1g - TG-K-001-RS

• Model #: 9158154882315

• Model #: 9158154902327

• Model #: k001 5 wipe combo

• Model #: KE-002 Combo with Wipes

• Model #: 699917888971

• Model #: 9158154940107

Limited time offer, ends 12/01

• Model #:

• Model #: TG-3XKE002

• Model #: TG-K-001 3pack

• Model #: K-001 Combo

• Model #: KE-002 Combo

• Model #: K030

• Model #: k-015 w/spat

• Model #: k001 spat and pad

• Model #: tech kit

• Model #: ult_kit

• Model #: k5_110g

• Model #: K5_10g

• Model #: KRYO33

• Model #: K510g_SR

Limited time offer, ends 12/01

• Model #: TG-KS-24-12

Limited time offer, ends 12/01

• Model #: TG-KS-50-50

Limited time offer, ends 12/01

• Model #: TG-KS-29-25

Limited time offer, ends 12/01

• Model #: TG-KS-25-25

Limited time offer, ends 12/01

• Model #: TG-KS-38-38

• Model #: 1-CPUThermal0666

• Weight: Thermal Pads
• Model #: K5-PRO 400G

• Weight: Thermal Pads
• Model #: K5-PRO 60G

• Weight: Thermal Pads
• Model #: K5-PRO b

• Weight: Thermal Pads
• Model #: K5-PRO 3k5b

• Weight: Thermal Pads
• Model #: K5 20G

• Weight: Thermal Pads
• Model #: SET

• Weight: Thermal Pads
• Model #: SETb

Limited time offer, ends 12/01

• Volume / Net Weight: 5.0g
• Thermal Conductivity: 11.0 W/mK
• Long Term Operating Temperature: -150 to 130 C
• Specifications: Kryonaut uses a special structure, which halts the drying out process at temperatures of up to 80° Celsius. This structure is also responsible for the nano-aluminum- and zinc-oxide-parts included in the grease to compound optimally, to compensate for unevenness of the component (i.e. the CPU) or the heat sink, thus guaranteeing remarkable heat transfer.
• Model #: TG-K-015-R