This is an impeller for the
Electronic Devices Industry. It’s commonly used in two main places. One is cooling fans and water pumps of electronic equipment. The other is transmission components of small mechanical devices in the
Electronic Equipment Industry.It’s not a traditional sealing component. But it works together with
Electronic Sealing Components and
Sealing Accessories For Electronic Devices. This teamwork makes sure fluid and air systems in electronic equipment run stably.The impeller has a star-like shape. There are multiple blades that spread outward from the center. There’s a circular mounting hole in the middle. This design lets the impeller stir surrounding media (like gas or liquid) effectively when it spins. The multiple blades give a large area to act on the media. The gaps between the blades make it easy for the media to flow. This meets the functional needs of fluid control in the
Industry of Electronic Devices.
Product Features
1. Product Applications
1)Cooling Fans:In electronic devices like computer hosts and servers, it’s installed on the rotating shaft of the cooling fan motor. It spins at high speed. This speeds up air flow. The air flow takes away heat in time. That heat is generated when the internal components of the electronic device work. This keeps the device running within a proper temperature range. It also makes sure the device’s performance stays stable and it lasts longer. This heat dissipation function is very important for protecting precision components. When used in humid environments, it works with
Electronics Waterproof Parts. This further makes the device more reliable.
2)Liquid Cooling Systems:Some high-end electronic devices have liquid cooling systems. Like professional gaming computers and high-performance servers. In these devices, the impeller can be used in the water pump part. The impeller spins. This drives the cooling liquid to flow in the closed circulation pipeline. The flowing liquid carries away heat from electronic components. This achieves efficient heat dissipation. In this situation, the impeller must work with
Electronic Equipment Sealing Components. This stops the cooling liquid from leaking, which makes sure the system is safe.
3)Air Flow Sensors:Some electronic devices need to measure and control internal air flow precisely. This is a key demand in the
Electronic Devices Sector. For these devices, the impeller can work as a sensing component. When air flows through, it makes the impeller spin. People detect parameters like how fast the impeller spins. Then they calculate the air flow. This lets the device adjust systems like cooling intelligently. This application depends on the impeller’s structural precision. This precision matches the manufacturing standards of precision parts in the Electronic Equipment Industry.
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2. Product Performance Characteristics
1)Excellent Mechanical Properties:It must have enough strength and rigidity. This is to stand the centrifugal force generated when it spins at high speed. It stops the blades from changing shape or breaking. At the same time, it needs a certain degree of wear resistance. The impeller rubs against media like air and cooling liquid when it spins for a long time. Wear-resistant materials can make it last longer. This mechanical durability is similar to the structural stability requirements of Electronic Device Seals in dynamic working environments.
2)Low Noise:When electronic equipment runs, the noise from the impeller’s rotation must be as small as possible. This is to avoid affecting the user’s experience. This requires the impeller to have good dynamic balance performance. It spins stably. This reduces noise caused by vibration. This low-noise feature meets the user experience standards of consumer electronics in the Electronic Devices Industry.
3)Chemical Stability:When used in liquid cooling systems, the impeller must stand chemical corrosion from the cooling liquid. The cooling liquid may have chemicals like rust inhibitors and antifreeze. The impeller’s material must not have chemical reactions with these substances. This stops the impeller from getting damaged. It also avoids affecting the normal operation of the liquid cooling system. This stability meets the material resistance standards of Electronics Waterproof Parts that touch cooling media.
4)Lightweight:To reduce the motor’s load and make the device more energy-efficient, the impeller should be as light as possible. On the condition that it has good mechanical properties, materials with low density are chosen. This lightweight design matches the energy-saving and miniaturization trends of equipment in the Industry of Electronic Devices.
5)Precise Dimensional Accuracy:The impeller must have high dimensional accuracy. The mounting hole must fit tightly with the motor shaft. The shape and angle of the blades must meet the design requirements. This makes sure the impeller achieves the expected performance when it spins. Like generating stable air flow or liquid flow. This precision is the same as the strict dimensional standards of Electronic Sealing Components and other key parts in the Electronic Equipment Industry.
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