ICT 71697 - Iceberg Thermal FUZEIce thermal compound, 3.5 g

Low temperatures with high thermal conductivity
Uniformly distributed layers of thermal compound with a high thermal conductivity of 11.25 W/mK ensure a highly efficient heat transfer that allows higher clock rates and keeps your system in top shape.
No spatula? No problem!
The combination of precision applicator and angled spatula has been designed for ease of use. Easy application with less spillage.
Superior operating temperature
FUZEIce® can handle up to 200°C and lasts for years!
EAN: 1230000071697
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products

Uniformly distributed layers of thermal compound with a high thermal conductivity of 13 W/mK ensure a highly efficient heat transfer that allows higher clock rates and keeps your system in top shape.
No spatula? No problem!
The combination of precision applicator and angled spatula has been designed for ease of use. Easy application with less spillage.
Superior operating temperature
FUZEIce® can handle up to 200°C and lasts for years!

Uniformly distributed layers of thermal compound with a high thermal conductivity of 13 W/mK ensure a highly efficient heat transfer that allows higher clock rates and keeps your system in top shape.
No spatula? No problem!
The combination of precision applicator and angled spatula has been designed for ease of use. Easy application with less spillage.
Superior operating temperature
FUZEIce® can handle up to 200°C and lasts for years!

Uniformly distributed layers of thermal compound with a high thermal conductivity of 11.25 W/mK ensure a highly efficient heat transfer that allows higher clock rates and keeps your system in top shape.
No spatula? No problem!
The combination of precision applicator and angled spatula has been designed for ease of use. Easy application with less spillage.
Superior operating temperature
FUZEIce® can handle up to 200°C and lasts for years!

Designed to eliminate the need to struggle with clips to secure your fan to the heat sink. Simply slide the fan down and it's ready to use! Not only is this easy - it also improves RAM access.
Long-term adaptability
With a TDP range of 140 W - 180 W, the G4 Midnight is flexible for your future PC upgrades!
Low noise even at higher speeds
Even with 58.5 CFM airflow, our 600 - 1400 RPM fan has a maximum noise level of 22.5 dBA.
Keep your style
The transparent black fan keeps it in your colour scheme while displaying all the ARGB combinations you might want for your PC.
LGA 1700 mounting kit
The LGA 1700 mounting kit (for IceSLEET® G) is supplied free of charge with the IceSLEET® G3 or G4 series.

Designed to eliminate the need to struggle with clips to secure your fan to the heat sink. Simply slide the fan down and it's ready to use! Not only is this easy - it also improves RAM access.
Long-term adaptability
With a TDP range of 140 W - 180 W, the G4 overclock is flexible for your future PC upgrades!
Low noise even at higher speeds
Even with 58.5 CFM airflow, our 600 - 1400 RPM fan has a maximum noise level of 22.5 dBA.
Optimised heat regulation
The large direct-touch socket completely covers the chipset and ensures maximum heat dissipation.
Brilliant ARGB control function
The ARGB function allows you to customise the colours that light up on your CPU cooler. The 16 ARGB LEDs provide a seamless lighting effect.
LGA 1700 mounting kit
The LGA 1700 mounting kit (for IceSLEET® G) is supplied free of charge with the IceSLEET® G3 or G4 series.

The artistically designed Iceberg Shell protects your cooler and creates an exclusive look for your custom rig.
Mechanical automatic start/stop
Ensures a quiet environment and reduces power consumption and heat generation to create a pleasanter working/gaming experience. When the fan is turned off, it stops until the PWM duty cycle reaches 21%.
Complete bond soldering
Complete bond soldering between the metal fins, no stacked disc arrangement. Bond soldering ensures optimal use of the cooler
2-mm air gaps between fins provide the best balance between air flow and surface contact to achieve rapid heat dissipation.
Brilliant ARGB control function
You can use the ARGB function to customise the colours that light up on your CPU cooler.
Optimised heat control
The large copper base completely covers the chipset and ensures maximum heat dissipation.

Never fear, because the IceGALE® Silent runs at a virtually silent 21.8 dBA, making it quieter than a whisper.
Innovative new fan design
Iceberg Thermal has developed a new fan design, adding improvements from the blades to the frame to achieve higher airflow and air pressure while remaining virtually silent.
Automatic START/STOP function
Creates a quiet environment and reduces power consumption and heat generation for a more comfortable work/play experience. When the fan is turned off, it goes silent until the PWM duty cycle reaches 21%.

Never fear, because the IceGALE® Silent runs at a virtually silent 12.3 dBA, making it quieter than a whisper.
Innovative new fan design
Iceberg Thermal has developed a new fan design, adding improvements from the blades to the frame to achieve higher airflow and air pressure while remaining virtually silent.

For air or water cooling, CPU or GPU applications, overclocking or silent systems: NT-H2 achieves consistently top results and thanks to the supplied cleaning cloths the paste can be removed as easily as it can be applied - a solution for the highest demands of enthusiasts!
Based on the award winning NT-H1
NT-H2 is based on Noctua's renowned NT-H1, which has received more than 150 awards and recommendations from international hardware websites and magazines. Overclockers and hardware enthusiasts around the globe are particularly fond of the NT-H1, making it an established reference for high-quality thermal compounds.

The Kryonaut thermal compound is supplied in a 1.5-ml syringe with two applicators. Using these applicators, an area measuring 27x27 mm can be coated with an approx. 3-mm drop of paste, so that the syringe lasts for around 15 applications - but of course, this depends on the individual application and skill.
Technical details:
- Quantity: 1.5 ml/5.55g
- Thermal conductivity: 12.5 W/(m·K)
- Density: 3.7g/cm³
- Viscosity: 120 - 170 Pa·s
- Operating temperature: -200 to +350°C

Whether it's air- or water-based cooling, CPU or GPU applications, overclocking or silent systems: NT-H2 will consistently deliver outstanding results, and thanks to the included cleaning wipes, it is just as easy to remove as to apply - an enthusiast-grade paste for the highest demands.
The AM5 Edition also includes the NA-TPG1 thermal paste guard that prevents thermal paste buildup in the cut-outs of the heatspreader of AMD AM5 CPUs - a simple yet highly effective means to keep your AM5 processor clean.

DRIFTIce® from Iceberg Thermal can be applied easily and precisely and provides even contact when filling air gaps.
Iceberg thermal conductivity
The thermal conductivity of this thermal pad is a whopping 13 W/mK. We guarantee that you will be satisfied with the heat transfer of the DRIFTIce®.
Versatile use
DRIFTIce® can be used as a thermal gap filler for your VGA card, RAM and notebook PC components.
Many sizes and different thicknesses
Our thermal pads are available in different sizes and thicknesses. You select the thickness that meets your requirements. You're in control!
Always flexible
Last years, stay flexible and are guaranteed not to be hard or corrosive!

DRIFTIce® from Iceberg Thermal can be applied easily and precisely and provides even contact when filling air gaps.
Iceberg thermal conductivity
The thermal conductivity of this thermal pad is a whopping 13 W/mK. We guarantee that you will be satisfied with the heat transfer of the DRIFTIce®.
Versatile use
DRIFTIce® can be used as a thermal gap filler for your VGA card, RAM and notebook PC components.
Many sizes and different thicknesses
Our thermal pads are available in different sizes and thicknesses. You select the thickness that meets your requirements. You're in control!
Always flexible
Last years, stay flexible and are guaranteed not to be hard or corrosive!

DRIFTIce® from Iceberg Thermal can be applied easily and precisely and provides even contact when filling air gaps.
Iceberg thermal conductivity
The thermal conductivity of this thermal pad is a whopping 13 W/mK. We guarantee that you will be satisfied with the heat transfer of the DRIFTIce®.
Versatile use
DRIFTIce® can be used as a thermal gap filler for your VGA card, RAM and notebook PC components.
Many sizes and different thicknesses
Our thermal pads are available in different sizes and thicknesses. You select the thickness that meets your requirements. You're in control!
Always flexible
Last years, stay flexible and are guaranteed not to be hard or corrosive!

DRIFTIce® from Iceberg Thermal can be applied easily and precisely and provides even contact when filling air gaps.
Iceberg thermal conductivity
The thermal conductivity of this thermal pad is a whopping 13 W/mK. We guarantee that you will be satisfied with the heat transfer of the DRIFTIce®.
Versatile use
DRIFTIce® can be used as a thermal gap filler for your VGA card, RAM and notebook PC components.
Many sizes and different thicknesses
Our thermal pads are available in different sizes and thicknesses. You select the thickness that meets your requirements. You're in control!
Always flexible
Last years, stay flexible and are guaranteed not to be hard or corrosive!

- Temperature range: -40°C ... +250°C
- Thermal conductivity: 0.61 W/m K
- Density (DIN 51757): 1.1 g/cm3
- Operating temperature range: -40 to +250°C
- Shelf life: 12 months
Application: As a contact paste when installing electronic components to ensure the highest possible heat transfer of semiconductors to the cooling surfaces.
Features:
- Two-phase mixing system based on polydimethylsiloxane with a low viscosity-temperature curve
- Integrated filler ensures optimum heat dissipation
- Extreme temperature and oxidation resistance
- Low consistency change over a wide temperature range
- Hydrophobic
- Excellent dielectric properties

- Temperature range: -40°C ... +250°C
- Thermal conductivity: 0.61 W/m K
- Density (DIN 51757): 1.1 g/cm3
- Operating temperature range: -40 to +250°C
- Shelf life: 12 months
Application: As a contact paste when installing electronic components to ensure the highest possible heat transfer of semiconductors to the cooling surfaces.
Features:
- Two-phase mixing system based on polydimethylsiloxane with a low viscosity-temperature curve
- Integrated filler ensures optimum heat dissipation
- Extreme temperature and oxidation resistance
- Low consistency change over a wide temperature range
- Hydrophobic
- Excellent dielectric properties

- Temperature range: -40°C ... +250°C
- Thermal conductivity: 0.61 W/m K
- Density (DIN 51757): 1.1 g/cm3
- Operating temperature range: -40 to +250°C
- Shelf life: 12 months
Application: As a contact paste when installing electronic components to ensure the highest possible heat transfer of semiconductors to the cooling surfaces.
Features:
- Two-phase mixing system based on polydimethylsiloxane with a low viscosity-temperature curve
- Integrated filler ensures optimum heat dissipation
- Extreme temperature and oxidation resistance
- Low consistency change over a wide temperature range
- Hydrophobic
- Excellent dielectric properties

- Temperature range: -40°C ... +250°C
- Thermal conductivity: 0.61 W/m K
- Density (DIN 51757): 1.1 g/cm3
- Operating temperature range: -40 to +250°C
- Shelf life: 12 months
Application: As a contact paste when installing electronic components to ensure the highest possible heat transfer of semiconductors to the cooling surfaces.
Features:
- Two-phase mixing system based on polydimethylsiloxane with a low viscosity-temperature curve
- Integrated filler ensures optimum heat dissipation
- Extreme temperature and oxidation resistance
- Low consistency change over a wide temperature range
- Hydrophobic
- Excellent dielectric properties

- Temperature range: -40°C ... +250°C
- Thermal conductivity: 0.61 W/m K
- Density (DIN 51757): 1.1 g/cm3
- Operating temperature range: -40 to +250°C
- Shelf life: 12 months
Application: As a contact paste when installing electronic components to ensure the highest possible heat transfer of semiconductors to the cooling surfaces.
Features:
- Two-phase mixing system based on polydimethylsiloxane with a low viscosity-temperature curve
- Integrated filler ensures optimum heat dissipation
- Extreme temperature and oxidation resistance
- Low consistency change over a wide temperature range
- Hydrophobic
- Excellent dielectric properties

- Ultra-high performance grease with graphene
- Includes application spatula and cleaning wipes
- RoHS-compliant and environmentally friendly product
- Low viscosity, easy to apply, long lasting and stable performance
- Low conductivity, no short-circuit risk and no risk of corrosion
Contents: 3.5 g
Thermal conductivity: 11 W/mK
Thermal resistance: 0.010°C-in^2/W.
Operating temperature: -20°C to 120°C
Viscosity: 600 kcps
Electrical conductivity: none

- Ultra-high thermal conductivity
- Increased indium content
- Plastic needle for optimum application
The Thermal Grizzly Conductonaut high-performance compound is extremely high-yield. The five-gram quantity of liquid metal is sufficient for well over 50 applications. And if a little too much liquid metal has got onto the processor, it can simply be sucked back into the syringe. Correct dosage is therefore very easy to achieve. On average, an amount the size of half a grain of rice is sufficient for a processor. Various web and print magazines have also confirmed the clear supremacy of this unique thermal compound through detailed tests and reviews. Perfect for anyone overclocking or wanting a system as quiet as possible with optimal cooling performance!
Note: The Conductonaut thermal compound must not be used with aluminium coolers!

Whether it's air- or water-based cooling, CPU or GPU applications, overclocking or silent systems: NT-H1 is a proven premium paste that's guaranteed to deliver great results.
The SW (spatula & wipes) edition includes a spatula for users who prefer to manually spread the paste before installing the heatsink as well as three NA-CW1 cleaning wipes for pre-application cleaning and easy removal.

Whether it's air- or water-based cooling, CPU or GPU applications, overclocking or silent systems: NT-H1 is a proven premium paste that's guaranteed to deliver great results.
The AM5 edition includes the NA-TPG1 thermal paste guard that prevents thermal paste buildup in the cut-outs of the heatspreader of AMD AM5 processors - a simple yet highly effective means to keep your AM5 processor clean.

The Aeronaut thermal paste comes as a 1.5 ml syringe with two applicators included. Using these applicators a 27 x 27 mm large surface can be painted with a drop about 3 mm in size, here the syringe lasts for 15 applications – that, of course, depends on the individual application and on the skill.
Technical details:
- Quantity: 1.5 ml / 3.9 g
- Thermal conductivity: 8.5 W/(m·K)
- Density: 2.6 g/cm³
- Viscosity: 110 - 160 Pa·s
- Application temperature: -150 to +200°C

- THERMAL PASTE 5 PACK: Metal-oxide-based compound may help to improve the heat dissipation of CPUs and other computer chips, provides better thermal conductivity than standard thermal compounds with negligible electrical conductivity
- HIGH THERMAL CONDUCTIVITY: Suitable for use at temperatures from -30°C to 180°C, this compound has a thermal conductivity of 3.07 W/m-K at 25°C or higher, ideal for maintenance of workstations or desktop CPUs/GPUs
- PRACTICAL SIZE: Each tube contains 1.5 g of paste (4-6 applications), with a resealable nozzle that prevents it from drying out. The 5 pack is ideal for application to multiple workstations and provides enough compound for 20-30 applications
- CERTIFIED: This thermal compound is CE and RoHS certified, so you can be sure it is safe for its intended use. The mixture contains 50% silicone, 30% carbon and 20% metal oxide.

The Hydronaut thermal paste comes as a 3 ml syringe with two applicators included. Using these applicators, a 27 x 27 mm large surface can be painted with a drop about 3 mm in size, here the syringe lasts for 30 applications – that, of course, depends on the individual application and on the skill.
Technical details:
- Quantity: 1.5 ml / 3.9 g
- Thermal conductivity: 11.8 W/(m·K)
- Density: 2.6 g/cm³
- Viscosity: 140 - 190 Pa·s
- Application temperature: -200 to +350°C

The included spatula makes the thermal compound easy to apply, even for beginners.
- Available in three different quantities: 0.5 g, 1 g and 4 g
- Thermal conductivity: 4 W/mK
- Thermal resistance of 0.095°C*cm2/w
- Viscosity of 4,800,000 mPas (22°C)
- Includes spatula
LC-TG-05G: 0.5 g
LC-TG-1G: 1 g
LC-TG-4G: 4 g

12.01 EUR Amasan thermal paste T12 - Efficient heat dissipation for maximum performance
When it comes to optimum cooling of semiconductors and electronic components, Amasan T12 thermal compound is the perfect choice.
This high-quality silicone paste improves heat transfer between components and heat sinks, ensures reliable operation and protects your electronics from overheating.
Features
- Effective heat conduction - With its high thermal conductivity, the paste helps to dissipate heat efficiently so that your components work longer and more stably.
- Extremely temperature resistant - Whether it's an icy -30 °C or a hot 200 °C, T12 remains reliable and does not change its consistency or performance.
- Permanent flexibility - No drying out, no melting, no leaking, the paste remains as it should be, even after long periods of use.
- Easy to use - Thanks to its smooth consistency, the paste can be applied effortlessly, whether with a brush, spatula or straight from the tube.
Ideal for many applications
Whether for diodes, transistors or other semiconductors - the T12 closes airy gaps and maximizes heat dissipation. This means you benefit from higher efficiency and a longer service life for your devices.
Specifications
- Color: White (not transparent)
- Consistency: Similar to Vaseline
- Temperature range: -30 °C to +200 °C
- Thermal conductivity: 4.185 W/mK
- Density: 2.3 g/ml

DC2 is the optimal thermal compound for all CPUs, GPUs and PC chips. Their very high thermal conductivity ensures ideal heat exchange between the chip and the cooler. DC2 is the thermal compound of choice for those seeking maximum cooling performance for their PC components.
- Very high thermal conductivity of 7.5 W/mK for excellent heat exchange
- Wide temperature range from -20°C to +120°C
- Package contents of 3 g is sufficient for an average of 9 applications
- Proven high-end performance as an accessory for your Dark Rock air cooler
- Easy application using the enclosed spreader
- Not electrically conductive and therefore safe under all circumstances
- German product concept, design and quality control

Description
Latest version of Advanced Power TOPLED with increased brightness and improved thermal management.
Features
• Package: white SMT package, colorless clear silicone resin
• Chip technology: Thinfilm
• Typ. Radiation: 120° (Lambertian emitter)
• Color: 623 nm (red)
• Corrosion Robustness Class: 3B
• Qualifications: AEC-Q102 Qualified with RV-level 1
• ESD: 2 kV acc. to ANSI/ESDA/JEDEC JS-001 (HBM, Class 2)

The included spatula makes the thermal compound easy to apply, even for beginners.
- Available in three different quantities: 0.5 g, 1 g and 4 g
- Thermal conductivity: 4 W/mK
- Thermal resistance of 0.095°C*cm2/w
- Viscosity of 4,800,000 mPas (22°C)
- Includes spatula
LC-TG-05G: 0.5 g
LC-TG-1G: 1 g
LC-TG-4G: 4 g

- Medium mechanical stress
- Oil-resistant in accordance with EN 60811-404
- Core insulation: rubber compound type EI 4
- Outer sheath: rubber compound type EM 2/li>
- Flame retardant in accordance with IEC 60332-1-2
Areas of application
- Handling equipment and power supply units in accordance with EN 50565-2
- Medium, mechanical stress
- Industrial, agricultural Use in accordance with EN 50565-2: Use in dry, damp or wet rooms as well as for fixed laying e.g. on plaster

- Medium mechanical stress
- Oil-resistant in accordance with EN 60811-404
- Core insulation: rubber compound type EI 4
- Outer sheath: rubber compound type EM 2/li>
- Flame retardant in accordance with IEC 60332-1-2
Areas of application
- Handling equipment and power supply units in accordance with EN 50565-2
- Medium, mechanical stress
- Industrial, agricultural Use in accordance with EN 50565-2: Use in dry, damp or wet rooms as well as for fixed laying e.g. on plaster

Steel cable reel 3 sockets with cover with thermal protection switch, IP 44 50m H05RR-F 3G1.5mm², black
• Sockets
• 3x CEE 7/3 (Type F)
• 2-pole
• With hinged covers, red
• 16A / 250V~, IP44

BACHMANN Master reel 4x earthed plug, black, IP54, incl. thermal fuse Special plastic reel, black 40m H07RN-F3G1. 5mm², black with protective contact central plug IP 44 Packed in a cardboard box DGUV-I 203-006 compliant
Sockets:
• 4x protective contact sockets with hinged cover, black
• IP54
• 16A, AC 230V
• Thermal fuse

- Medium mechanical stress
- Oil-resistant in accordance with EN 60811-404
- Core insulation: rubber compound type EI 4
- Outer sheath: rubber compound type EM 2/li>
- Flame retardant in accordance with IEC 60332-1-2
Areas of application
- Handling equipment and power supply units in accordance with EN 50565-2
- Medium, mechanical stress
- Industrial, agricultural Use in accordance with EN 50565-2: Use in dry, damp or wet rooms as well as for fixed laying e.g. on plaster

- Medium mechanical stress
- Oil-resistant in accordance with EN 60811-404
- Core insulation: rubber compound type EI 4
- Outer sheath: rubber compound type EM 2/li>
- Flame retardant in accordance with IEC 60332-1-2
Areas of application
- Handling equipment and power supply units in accordance with EN 50565-2
- Medium, mechanical stress
- Industrial, agricultural Use in accordance with EN 50565-2: Use in dry, damp or wet rooms as well as for fixed laying e.g. on plaster

features sharp turn-on characteristics, low-temperature coefficient and low output impedance, which makes it ideal substitute for Zener
diode in applications such as switching power supply, charger and other adjustable regulators.
The AP431S/AP431SH has the same electrical specifications as the industry standard 431 except that it features a low minimum cathode current for regulation. The typical value of 50µA makes the parts ideal for very low power dissipation applications.