îùçú ÷éøåø ìîòáã PHANTEKS THERMAL PH-NDC- áàøéæä 2 éç'

äîåöø ìà æîéï ìøëéùä, ìçõ ëàï ìîåöøéí ãåîéí
îùçú ÷éøåø ìîòáã PHANTEKS THERMAL PH-NDC
áàøéæä 2 éç'
  • î÷è 1031299
  • àôùøåéåú îùìåç
    àôùøåéåú îùìåç ìîåöø ìáçéøä á÷åôä:
    • àéñåó òöîé áçéðí
    • îùìåç PickUP ìð÷åãåú ðáçøåú áàæåøê òã 15 ÷"â- 2-5 éîé òñ÷éí 0 ¤
    • îùìåç òí ùìéç 2-5 éîé òñ÷éí 40 ¤
    ñâéøä
  • éöøï  Zalman
  • æîï àñô÷ä òã5éîé òñ÷éí
  • îñôø úùìåîéí  36

îçéø   ¤ 79 ILS 26/8/2027 Out of stock Zalman PH-NDC PH-NDC

  • +
  • -
Specifications
- Thermal Conductivity: 4.5 W/m-k
- Thermal Resistance: 0.14°C-cm^2/W
- Specific Gravity: 2.55 g/cm^3
- Operating Temperature: -40°C - 150°C



Excellent Performance
PH-NDC is made of NANO diamond-like particles of hybrid compound, design for using in environment with low thermal resistance. PH-NDC’s Nano diamond-like particles helps dissipate and transfer the heat when compressed.

No Burn-in Time Required
PH-NDC has no burn-in time that is required to reach maximum performance. Formulated to maximize efficiency instantly when applied.

Non-Electrical Conductive TIM
PH-NDC can be applied to any type of Cooler to enhance the thermal conductivity. PH-NDC does not contain any metal or other electrically conductive materials that will harm other components.

Easy to Apply and Remove
PH-NDC can be easily applied and removed. Just one pea-sized amount of the PH-NDC will do. Once the CPU cooler is installed the PH-NDC particles will spread and maximize the contact area.

Long-term stability
The PH-NDC contains a silicon-free compound that provides excellent long-term stability. The silicon-free compound has an effective thermal cycling, and low dry-out features.

Maximum capability of operating temperature
PH-NDC has a maximum capability of an operating temperature of -40°C to 150°C. PH-NDC will provide a stable working status at any extreme temperature and conditions.

ì÷åçåú âí àäáå àú äîåöøéí äàìä...

öåø ÷ùø

ãìâ ìúåëï îøëæé