[PConline Professional Review] Today's love of fashion-minded young men and women are more concerned with their personal image. Therefore, a beautiful hair is indispensable. When it comes to shaping hairstyles, naturally, hair dryers are inevitably used. However, what is entangling is that hair dryers can help blow dry the hair and shape. Will it also damage the hair? Is there a hair dryer that helps us to create beautiful hair while we care for hair? Perhaps the protagonist of the PConline evaluation room will give you the answer. It is Panasonic's flagship new hair dryer – the Panasonic EH-NA98C nano-water ion hair dryer.
Panasonic EH-NA98C nano-water ion hair dryer, nanoe nano-water ion technology and bilateral mineral negative ion technology, 1800W power with a variety of hair dry hair mode, intelligent hot and cold alternating hair dryer mode, full of hair and shiny, more Equipped with skin pattern, hair care nourish facial skin at the same time, not only can quickly dry hair, but also skin care skin care scalp, now sells for about 1699 yuan!
Appearance details to enjoy
Panasonic believes that "red is a manifesto, a feminine temperament full of tension interpretation", so Panasonic EH-NA98C nano water ion hair dryer looks red with color, beautiful red body design, such as jewel-like paint shine. Product size is 212 × 93 × 233mm, smooth lines shape, so that the fuselage looks quite "slim", not bloated, the right size, not easy to get in your hand to drop.
From the overall appearance, it can be seen that there are outlets, air inlets, nanoe nano water ion emission ports, mineral anion emission ports, air temperature display area, air temperature switch buttons and gear selection keys, it can be said that the operation is still relatively Easy to understand.
The outlet is of a moderate size, sufficient to meet the output of a large amount of wind. The strong winds and weak winds in the longitudinal direction let the wet hair bundles spread out and blow dry to increase the speed of blow drying.
Let's take a look at the most core technology part - the nanoe nano-water ion emission port. Nano-water ion refers to the micro-particle ion that is decomposed by water under high voltage and is surrounded by moisture, so it is invisible to the naked eye. Panasonic EH-NA98C uses nano-water ion technology, nanometer water ion water content is 1000 times that of negative ions, effectively close the hair scales, deep penetration of hair, nourishes hair.
On both sides of the nanoe nano-water ion emission port, there are two mineral anion emission ports, and the mineral negative ions are generated by the zinc electrode. The same is not visible to the naked eye. Its main function is to prevent hair from being affected by static electricity. Divide to keep hair straight.
When it comes to two ion emitters, one has to mention the sensor board at the handle. Simply holding the sensor board together with the handle can release the accumulated negative charge on the hair. In this way, the nano water ions and mineral negative ions can continuously cover the hair, replenish the moisture and make the moisture reach the hair. Tip.
Wind temperature display area, from the labeled information, there are hot air, hot and cold alternately, cold wind, scalp, skin and nanoe six modes, after power on, the product is set to hot air mode by default. Among them, in all modes, the nanoe indicator lights, blowing out the wind containing nano-water ions and mineral anions.
At the bottom of the air temperature display area, there is a wind temperature switch button. Each time the switch button is pressed, the air temperature can be switched to the next mode. It is worth mentioning that the Panasonic EH-NA98C Nano-Ionic Water Hair Dryer has a smart hot air mode that can automatically adjust the body's comfortable dry hair temperature according to the ambient temperature. The specific opening method is to blow dry or quick dry, and the wind temperature is In the hot air mode, press and hold the air temperature switch button for more than one second to turn it on, letting you experience the extraordinary experience of comfortable dry hair.
The air intake adopts a honeycomb design. Each honeycomb is made of fine metal wires, which can effectively prevent the hair from getting involved. This design is quite user-friendly and has security.
Convenient carrying is also one of the selling points of the excellent hair dryer. The Panasonic NA-98C handle is designed with a foldable handle and can be easily carried after folding. The traveler can continue to experience the uniqueness of the Panasonic EH-NA98C in different places. Hair blowing effect.
The power switch is designed at the handle, and the power switch can be used to switch between different gears, including model, dry, and dry.
At the end of the handle, there is a hanging hook and the user is free to hang it on the bathroom wall or hanger.
Summary: Panasonic EH-NA98C nano water ion hair dryer looks red with color, beautiful red body design, such as jewel-like paint shine, smooth line shape, handle design ergonomic, easy to fall off, the body is covered with all kinds of black Technology is worthy of Panasonic's flagship product.
Test trial
After the appearance details, I believe that everyone is also looking forward to the use of the Panasonic EH-NA98C Nano-Ionized Hair Dryer, so it is not too late. We will immediately begin trial experience.
Wind speed and wind temperature test
As a hair dryer, wind speed and dry hair speed are among the factors that users are concerned about. Therefore, PConline evaluation will conduct a series of wind speed and air temperature tests on the Panasonic EH-NA98C nano-water ion hair dryer.
Wind speed test
After testing, Panasonic EH-NA98C Nano-Ionic ion hair dryer has a measured wind speed of 5.833m/s when the model profile is opened, and a measured wind speed of 9.220m/s when the dry profile is opened; when the quick-dry profile is started, it is measured. The wind speed is 9.629m/s.
Wind temperature test
Panasonic EH-NA98C nano water ion hair dryer has a smart hot air mode, which can automatically adjust the body's comfortable dry hair temperature according to the ambient temperature. Therefore, PConline selected two places where the temperature is different, and used precision instruments to test the Panasonic EH-NA98C nanometer respectively. Whether the wind temperature changes when the water ion hairdryer blows out.
scene one
First of all, Xiao Bian chose a corridor location. As you can see from the picture, the average temperature here is 17.1°C.
When the hair dryer is not turned on, the temperature at the air outlet is 17°C, which is basically the same as the room temperature.
After opening the model file, the temperature at the tuyere was measured as 136°C.
Then open the blow dry file and measure the temperature at the air outlet as 168°C.
At the end, the quick dry gear was turned on and the temperature at the air outlet was measured at 178°C.
Scene 2
After testing scene one, Xiao Bian changed to scene two. This is an indoor environment. From the picture, the average temperature here is 21.4°C.
When the hair dryer is not turned on, the temperature at the outlet is 20.7°C, which is basically the same as the room temperature.
After opening the model file, the temperature at the tuyere was measured as 116°C.
Then open the blow dry file and measure the temperature at the air outlet as 155°C.
Finally, the fast dry gear was turned on and the temperature at the air outlet was measured as 161°C.
Comparison of the temperature difference between the two scenes, Panasonic EH-NA98C nano water ion hair dryer does exist different wind temperature, it seems that intelligent hot air mode can really adjust the wind temperature according to the current temperature, this is indeed worthy of praise!
Dry hair and skin pattern test
Dry hair test
Drying the hair is the most basic function of the hair dryer. Therefore, how does the Panasonic EH-NA98C Nano-Ionic Water Hair Dryer perform on the dry hair performance?
First of all, let the girl make the hair into a wet state, and then use the Panasonic EH-NA98C nano-water ion hair dryer to dry hair test.
After about 4 minutes, the hair is completely blown dry. Let's look at the hair effect. Compared with the other side of the hair that has not been blown, thanks to nano-water ion technology and mineral anion technology, it is Panasonic EH-NA98C nanometer. The hair blown by the water ion hair dryer is relatively straight and lustrous, and there are fewer hair split ends.
Skin pattern
In addition to the functions of dry hair and hair care, Panasonic EH-NA98C Nano Water Ionic Hair Dryer is also equipped with a skin pattern that can use moistened nano-water ions to moisturize facial skin while drying hair. Xiao Bian separately found a male user and a female user, respectively, let them use the Panasonic EH-NA98C nano-water ion hair dryer for 5 minutes, using an electron microscope to observe the facial skin moisture content contrast.
Female user's skin before and after comparison
Male and female skin before and after comparison
From the images taken by the electron microscope, it can be seen that whether it is a female user or a male user, the facial skin is relatively dry and lacks moisture. After using the Panasonic EH-NA98C Nano-Ionic Water Hair Dryer for 5 minutes, using an electron microscope again, it can be seen that the facial skin of the two users has been moistened, and the skin is much moister than before use.
Weight, noise and power consumption tests
Weight test
After testing, Panasonic EH-NA98C nano-water ion hair dryer body weight is 0.607kg, after Xiaobian and 2 users try, holding the Panasonic NA-98C nano-water ion hair dryer for a period of time, still feel a hint of fatigue In terms of weight design, there is room for improvement.
Noise test
After testing, when the model file is opened, the measured noise value is 70.0dB; when the dry-up file is turned on, the measured noise value is 73.5dB; when the quick-drying file is turned on, the measured noise value is 83.0dB.
Power test
After testing, the measured power consumption value is 832.89W when the model file is started; when the blow dry file is turned on, the measured power consumption value is 1619.26W; when the fast dry file is started, the measured power consumption value is 1633.72W.
Summary of the full article: Everyone has a heart of beauty. Panasonic EH-NA98C Nano-Ionic Water Hair Dryer is a flagship product specially designed for fashionable users (especially female users). The shape reflects the femininity that is full of tension. The unique nanoe nano-water ion technology and double-sided mineral anion technology effectively achieve multiple effects such as dry hair, hair care, and skin care. The foldable handle design makes it easy for users to carry on business trips and trips. How can such a flagship hair dryer be seen by female friends?
AAWG WDM - Athermal Arrayed Waveguide Gratings Wavelength Division Multiplex
There are currently three types of DWDM technologies developed in the industry, which are based on AWG, TFF and FBG technologies. AWG is a planar waveguide device, which is an arrayed waveguide grating made on a chip substrate using PLC technology. Compared with FBG and TTF, AWG has the advantages of high integration, large number of channels, low insertion loss, and easy mass automated production.
The Athermal AWG module is based on the arrayed waveguide grating technology and does not require additional power supply or temperature control. It is a pure passive module. It has the characteristics of low loss and polarization-related loss, low crosstalk, etc., and has good stability in the operating temperature range of -40°C to 85°C.
With the vigorous development of 5G, users will have higher and higher requirements for bandwidth. Operators will need to continuously increase data transmission rates, increase transmission capacity, and reduce operating costs. Among them, the active WDM-PON solution is difficult to deploy on a large scale due to its high cost; while the passive WDM-PON will have more application space due to its advantages of low cost, no power supply, and easy installation. Among them, the non-thermal AWG will be more widely used because of its larger number of channels, denser channel spacing, and no need to rely on power supply or temperature control.
Athermal AWG WDM, also known as Athermal Arrayed Waveguide Grating WDM and AAWG WDM Splitter, along with FBT WDM splitter, LAN WDM splitter, Filter WDM splitter, dense WDM splitter and coarse WDM splitter, are the most commonly used WDM device in construction of PON.
Athermal AWG WDM, Athermal Arrayed Waveguide Grating WDM, AAWG WDM Splitter
Shenzhen GL-COM Technology CO.,LTD. , https://www.szglcom.com