A New Direction for Thermal Management

Noctua has officially announced a long-term strategic collaboration with Carbice, a U.S. firm specializing in vertically aligned carbon nanotube thermal interface materials. During this year’s Computex, Noctua revealed that it will act as the exclusive retail partner for Carbice’s thermal pad technology.


The partnership kicks off with the release of the NT-CP1, a specialized cooling pad designed specifically for AMD Ryzen AM5 and AM4 processors. The product is scheduled for market release in September 2026. Beyond distribution, the two companies plan to work closely on future research and development projects.


Performance That Enhances Over Time

Unlike standard thermal pastes, which can degrade, crack, or delaminate over extended periods, the Carbice carbon nanotube pads are designed for longevity. The pads utilize a robust mechanical structure where carbon nanotubes gradually conform to the micro-level surface imperfections of the CPU and cooler.

According to the technical details provided, this process leads to an improvement in thermal performance over time rather than a decline. As Noctua CEO Roland Mossig noted regarding the technology's pedigree:

«Carbice’s unique, innovative TIM technology has already proven to be a game changer in applications that demand ultimate reliability such as satellites, aerospace or critical infrastructure. We’re confident that the superior long-term performance, ease-of-use and dependability of Carbice pads will be equally attractive for PC enthusiasts.»

Ease of Use and Structural Integrity

One of the primary advantages of the Carbice system is the elimination of the “mess” associated with applying traditional thermal grease. The pads are engineered to be maintenance-free and easy to handle during installation.

Key features of the Carbice design include:

  • Aluminum Reinforcement: An aluminum backbone sandwiched between layers of carbon nanotubes provides structural stability.
  • Protective Coating: A nanoscale polymer coating protects the surface.
  • User-Friendly Installation: The material is designed to be tacky enough to stay in position during mounting, yet easy to remove when necessary.
  • Safety: Unlike some graphite or carbon pads, this design is not slippery, brittle, or electrically conductive.

While the prospect of a more reliable and cleaner cooling solution is exciting for PC builders, pricing details for the upcoming pads remain undisclosed. For now, enthusiasts relying on traditional thermal paste will likely maintain the most cost-effective approach to cooling, but the entry of such specialized technology into the retail market marks a significant shift in thermal hardware options.