-40%
2 inch Heat Sink Aluminum (2.0 x 3.5 x 1.0) inches. Low Thermal Resistance.
2 inch Heat Sink Aluminum (2.0 x 3.5 x 1.0) inches. Low Thermal Resistance.

2 inch Heat Sink Aluminum (2.0 x 3.5 x 1.0) inches. Low Thermal Resistance.

$ 5.38

Availability: 1000 in stock
  • Item must be returned within: 30 Days
  • Condition: New
  • MPN: Does Not Apply
  • Restocking Fee: No
  • All returns accepted: Returns Accepted
  • Return shipping will be paid by: Seller
  • Brand: Unbranded/Generic
  • Refund will be given as: Money Back

    Description

    NOTE:
    For optimal performance with all Heat Sink cooling applications, Always use a thermal compound for more efficient Heat Dissipation.
    Basic Specs:
    Length:
    2
    .000”
    Width:
    3.500”
    Total thickness:
    1.050”
    Height off Base:
    0.300”
    Height Of Fin:
    0.750”
    Material
    :
    Extruded Aluminum
    Fins:
    8 fins
    Weight:
    0.28 Ibs (4.5 ounces).
    Distance between fins:
    0.375 inches
    Alloy:
    6063-T5
    FEATURES/BENEFITS
    ·
    Low Thermal Resistance.
    ·
    High Performance flow design features.
    ·
    Low Pressure drop.
    ·
    More surface area that maximizes the effective convention (air) cooling.
    ·
    Capable of withstanding high temperatures.
    ·
    Durable.
    ·
    Safe.
    ·
    Well designed
    NB:
    Pressure drop is the resistance to air flowing through the heat sink and across the fins. An efficient heat sink should have a low pressure drop as possible.
    TYPICAL APPLICATIONS
    ·
    Refrigeration and Cooling.
    ·
    Heating.
    ·
    CPU’s
    ·
    Peltier Devices.
    ·
    Heat Sinks.
    ·
    Water Cooling Solutions.
    ·
    Thermal Management.
    ·
    Thermal Solutions.
    ·
    Automotive.
    ·
    Environmental Solutions.
    ·
    General.
    ·
    Laboratory.
    Sellers Comment:
    Please if you have any problem with the product or shipping method, please contact before leaving a neutral or negative feedback and the issue would definitely be taking care of. It is an optimum responsibility to make sure that you are a satisfied customer. Thank You.