Vi tar emot kryptovaluta — så att kryptot du äger kan köpa riktig hårdvara.Betala med krypto, använd det till riktig hårdvara. Fri, försäkrad frakt över hela världen vid köp över 399 $. Neutrala, omärkta ytterkartonger, skickade från Tyskland.Fri, försäkrad frakt över 399 $. Din kurs låses i 30 minuter så snart kassan öppnas.Kursen låst i 30 minuter. Varje artikel är förseglad, har kontrollerat serienummer och täcks av 24 månaders garanti.Förseglad, 24 månaders garanti.

Bevakade produkter Logga in
Small white syringe of thermal paste, 2.0 g, grey compound visible at tip

Maxtor Thermal

Maxtor Thermal CTG 9EL thermal paste 2.0g 13.5W/mK

SKU CH-ADWY-R36F1

High-conductivity 13.5 W/mK thermal compound for CPU and GPU cooling, supplied in a 2.0 g syringe

  • Volume / Net Weight2.0g
  • Thermal Conductivity13.5 W/mK
  • Long Term Operating Temperature-50 to 250 C

Weight 8g

  • 5 W/mK conductivity moves heat fast from CPU and GPU
  • 0 g syringe covers several reseats without waste
  • Stable from -50 °C to 250 °C for extreme overclocks
  • Non-volatile formula keeps performance steady over time
  • Easy centre-dot method spreads to A4-paper thickness in seconds

Maxtor CTG 9EL 2.0 g syringe

This Maxtor Thermal CTG 9EL compound is a 2.0 g syringe of high-conductivity paste rated at 13.5 W/mK. It targets PC builders and overclockers who need reliable heat transfer between a CPU or GPU die and its cooler. The material stays stable from -50 °C to 250 °C, so it suits sustained high-load sessions. No electrical conductivity is claimed, so standard non-conductive handling applies.

Application method and spread consistency

The supplier outlines a four-step process: clean the surface, place a dab at the centre, spread with a scraper to roughly the thickness of an A4 sheet, then mount the cooler. This technique aims to give a uniform thin layer that minimises air gaps without excess paste squeezing onto the PCB. The paste is described as non-volatile, meaning it resists drying out and maintains its consistency over long periods. No applicator tool or spare wipes are mentioned in the bundle.

Capacity and thermal headroom

At 2.0 g the syringe covers several standard desktop CPU applications or a single large GPU die with margin left for rework. The 13.5 W/mK rating provides headroom for high-TDP processors and moderate overclocking, while the 250 °C upper limit exceeds typical junction temperatures. Builders running extreme sub-ambient cooling or multi-die server chips may find the volume insufficient for repeated reapplications.

I korthet

  • 5 W/mK conductivity moves heat fast from CPU and GPU
  • 0 g syringe covers several reseats without waste
  • Stable from -50 °C to 250 °C for extreme overclocks
  • Non-volatile formula keeps performance steady over time
  • Easy centre-dot method spreads to A4-paper thickness in seconds

Specifikationer

BrandMaxtor Thermal
SeriesMaxtor Thermal
ModelCTG
Part Number9EL
Volume / Net Weight2.0g
Thermal Conductivity13.5 W/mK
Long Term Operating Temperature-50 to 250 C

Andra versioner av den här modellen

1 till i samma serie

Samma familj, men olika minne, kylning eller klockfrekvens — jämför innan du bestämmer dig.

Frågor om den här produkten

Will the 2.0 g syringe last for multiple CPU or GPU applications?

Each application uses roughly the thickness of an A4 paper layer, so the 2.0 g tube covers several mounts depending on die size.

At what temperature does the compound start to degrade during continuous high-TDP loads?

The rated long-term operating range is -50 to 250 °C, so sustained heavy loads stay well within limits.

How hot does the paste itself get when the cooler runs all day?

It remains stable across the full -50 to 250 °C range and is described as non-volatile, so it does not dry out or pump out under constant operation.

Även i den här avdelningen

Andra har jämfört dessa

Samma hylla, samma kassa — åtta mynt och ett 30-minuters kurslås.