Acceptăm criptomonede — astfel, criptomonedele pe care le dețineți pot cumpăra echipamente reale.Plătiți în cripto, cheltuiți-o pe echipamente reale. Livrare asigurată gratuită oriunde în lume peste 399 $. Cartoane neutre, fără marcă, expediate din Germania.Livrare asigurată gratuită peste 399 $. Cursul dumneavoastră este blocat timp de 30 de minute de la deschiderea paginii de plată.Curs blocat 30 de minute. Fiecare articol este sigilat, numărul de serie este verificat, iar produsul este acoperit de o garanție de 24 de luni.Sigilat, garantat 24 de luni.

Produse urmărite Conectare

Iceberg Thermal Inc

Iceberg Thermal DRIFTIce 120 x 40 x 1.5mm 13 W/mK

SKU CH-990C-G7JNX

A 120 x 40 x 1.5 mm thermal pad with 13 W/mK conductivity for GPU, RAM and notebook components

  • Volume / Net Weight3.14g
  • Thermal Conductivity13W/mK
  • Long Term Operating Temperature-40 to 200 C
  • Option120 x 40 x 1.5mm
  • WeightThermal Pads
  • Provides even contact with 120 x 40 mm size
  • Transfers heat at 13 W/mK thermal conductivity
  • Operates reliably from -40 °C to 200 °C
  • Remains flexible for years without hardening or corroding
  • Non-electrically conductive pad safe for VGA, RAM and notebook components

DRIFTIce Thermal Pad 120 x 40 mm

The DRIFTIce thermal pad is a 120 mm by 40 mm interface sheet designed for memory modules, graphics card components and notebook chipsets. It provides even contact across uneven surfaces to improve heat transfer in compact builds. The pad is non-electrically conductive and remains flexible for long-term use. Builders fitting standard height components will find the dimensions suit many common layouts.

Thickness 1.5 mm for specific gap clearance

This variant measures 1.5 mm thick, a critical dimension that must match the exact gap between the component and the heatsink or backplate. A pad that is too thin leaves air pockets while one that is too thick prevents proper mounting pressure. Check the manufacturer's service manual or measure the stack height before ordering. The 1.5 mm option addresses a narrower range of designs than the 1.0 mm or 2.0 mm alternatives.

13 W/mK conductivity across -40 to 200 °C

Rated at 13 W/mK thermal conductivity, the pad moves heat efficiently from VRAM, VRM or DRAM packages to the attached cooler. It operates continuously from -40 °C to 200 °C without hardening or corroding, maintaining performance through repeated thermal cycles. The 45 Shore 00 hardness ensures it conforms under typical mounting pressure without extruding. No active airflow or power is required for the pad itself.

Puncte forte

  • Provides even contact with 120 x 40 mm size
  • Transfers heat at 13 W/mK thermal conductivity
  • Operates reliably from -40 °C to 200 °C
  • Remains flexible for years without hardening or corroding
  • Non-electrically conductive pad safe for VGA, RAM and notebook components

Specificații

BrandDRIFTIce
Series120mm x 40mm
Model0.5mm
Volume / Net Weight3.14g
Thermal Conductivity13W/mK
Long Term Operating Temperature-40 to 200 C
Option120 x 40 x 1.5mm
WeightThermal Pads

Întrebări despre acest articol

How does the 13 W/mK conductivity translate to real-world GPU or RAM temperatures?

The 13 W/mK rating means the pad moves heat from memory chips or VRM components to the heatsink efficiently, lowering peak temperatures compared with standard 1–6 W/mK pads while staying non-electrically conductive.

Is there a specific mounting standard or interface this pad must follow?

No fixed standard applies; the 40 x 120 mm sheet is cut to fit the component layout, and the 1.5 mm thickness bridges typical gaps between chips and cooler base plates.

What clearance and surface area are needed to install this 1.5 mm pad?

You need a flat mating surface at least 40 x 120 mm with a 1.5 mm gap between the component tops and the heatsink; the pad remains flexible at 45 Shore 00 and does not harden over time.

Tot din acest raion

Clienții au comparat și acestea.

Același raion, aceeași finalizare a comenzii — opt monede și un curs blocat 30 de minute.