A tungsten copper heat sink is a term for a component or assembly that transfers heat generated within a solid material to a fluid medium, such as air or a liquid. Examples of tungsten copper heat sink are the heat exchangers used in refrigeration and air conditioning systems and the radiator (also a heat exchanger) in a car. Tungsten copper heat sink also help to cool electronic and optoelectronic devices, such as higher-power lasers, light emitting diodes (LEDs) and iPhone tungsten copper heat sink.
Tungsten copper heat sink not only has low thermal expansion properties of the tungsten, but also has high thermal conductivity characteristics of the copper. Especially valuable is its thermal expansion coefficient and thermal conductivity of the iPhone material composition, you can adjust the application of design and materials in iPhone, which has brought great convenience.
When mobile phone vibrates, there is an eccentric motion, which is caused by eccentric motor with vibrating components. As the center of the gravity is eccentric, and is not in the rotor of motor, then the mobile phone vibrates. In this case, machinery component with good properties of wear resistant and high specific gravity is required.
Tungsten alloy vibrator is excellent material for making this component. Since the density of tungsten alloy is so high and the maximum density should be 18.6g/cm3. It is popular for the component needs great heaviness but small capacity, for example: mobile phone vibration, the vibrating parts of and clock, etc.
Tungsten heavy alloy iPhone bobs and clock vibration parts are one of our leading products. Compared with other materials, tungsten alloy vibrators bear the advantages of accurate weight, and non-magnetism. In particular, since a motorized weight usually produces the vibrations, lighter-weight phones may have weaker vibrating mechanisms.
If you have any questions about the uses of tungsten alloy in iPhone, please do no hesitate contact our sales team at sales@chinatungsten.com or by telephone: 086-5129696.