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专注空净新风

行业领先技术
九大技术
PMC-推动性动机循环系统    更快、更彻底
PMC-Driving motivation circulatory system·Faster, more thorough
主动出击,360°净化无死角,区别于传统被动式吸入空气净化器

由多翼式离心风机动能系统配合日本芝普电机组成,依靠输入的机械能提高气体压力,利用高速旋转的叶轮将气体加速、改变流向,产生更强的推动性,其采用的日本芝浦电机,功率大、噪音小,故障率低,相比传统风机系统,不再是被动等待空气流入,而是主动出击,依靠强推动性,推动室内空气流动,形成仿流体动力学风道循环,从而加快室内空气流速,提高净化速度。
A multi wing centrifugal blower system with Japan Chipu motor, rely on the input of mechanical energy to improve the gas pressure, the high speed rotation of the impeller will accelerate and change the flow of gas, produce a stronger push, the Japanese Shibaura motor, high power, low noise, low failure rate, compared with the traditional wind machine system is no longer passively waiting for the air flow, but take the initiative to promote strong, promote indoor air flow, the formation of fluid dynamics imitation air circulation, thus speeding up the indoor air velocity, improve the speed of purification.

 
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ASNC纳米矿晶强效吸附系统-强效吸附甲醛、TVOC等化学污染物
ASNC nano mineral crystal powerful adsorption system
相对传统活性炭吸附,其吸附能力更强,是普通活性炭的6-9倍

进口的改性纳米矿晶吸附系统,以海泡石、凹凸棒土、硅藻土等珍稀非金属矿物质合理搭配,形成的纳米矿晶吸附净化产品。凭借着纳米级孔隙,对纳米级分子大小的极性气体化合物有强效的吸附作用,尤其是对甲醛、氨、甲苯、二甲苯等极性化合物气体的吸附作用更强,其吸附能力是普通活性炭的6—9倍。
The modified nano crystal adsorption system for imported minerals is formed by the reasonable collocation of rare non-metallic minerals such as sepiolite, attapulgite, diatomite and so on. With nanometer pore, polar gas compounds on nano size molecular adsorption potent, especially the stronger adsorption of formaldehyde, ammonia, toluene, xylene and other polar compounds of gases, the adsorption capacity is 6 to 9 times that of ordinary activated carbon.
 
NDS二极负离子系统-杀菌、降尘,增加空气活性
Dipolar negative ion NDS system-Sterilization, precipitation, increase air activity
被称之为“空气维生素”改善睡眠、灭活细菌、病毒
负离子按照迁移率的大小分为大中小三种,小粒径负离子又叫二极负离子,离子迁移率大于0.4CM²/(V`S),只有小粒径负离子具有良好的生物活性、迁移性,易于透过人体血脑屏障,进入人体发挥其生物效应,改善睡眠,二极负离子NDS系统,搭载千万级负离子发生器,持续释放生物活性负离子,一方面增加空气中的负氧离子含量,另一方面对空气中的微生物、细菌、病毒具有高效的灭活作用。
In accordance with the negative ion mobility of large and medium size into a small size anion mistress, also called polar negative ions, ion mobility is greater than 0.4CM / L (V`S), only a small size anion has good biological activity, migration, easily penetrate the human blood brain barrier into the human body to play its biological effect, improve sleep, anti aging, negative ion diode DNS system, equipped with tens of millions of negative ion generator, sustained release of biologically active negative ion, on the one hand to increase air negative oxygen ion content, on the other hand, microbial bacteria and viruses in the air with inactivation efficiency.

 
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HEPA-U复合滤网-高效过滤PM0.1、PM0.3、PM2.5、PM10、二手烟、粉尘、过敏原
Medical grade HEPA-U composite filter screen-Effective filtration of PM2.5, PM10, second-hand smoke, dust, allergens
相比传统HEPA,容尘量更大、使用寿更长、过滤精度更高
HEPA-U采用U级熔喷玻璃纤维制成,无气味,化学性能稳定,耐腐蚀,可吸收热胀冷缩产生的应力而不会开裂,软硬度适中,弹性恢复好。并且进一步改善了容尘的均匀性,延长了使用寿命。经实验室测试,HEPA-U对0.1μm的颗粒物过滤效果在99.97%以上,并且效率稳定、风速均匀,使用寿命长。
Hepa-u is made of u-grade melt blown glass fiber. It is odorless, stable in chemical properties, corrosion-resistant, and can absorb the stress produced by thermal expansion and cold contraction without cracking. It has moderate soft hardness and good elastic recovery. Moreover, the uniformity of dust holding is further improved and the service life is prolonged. According to the laboratory test, the filtration efficiency of hepa-u for 0.1 μ m particles is more than 99.97%, with stable efficiency, uniform wind speed and long service life.

 
MSD甲醛分解技术-在吸附甲醛的同时将甲醛分成为二氧化碳和水
MSD formaldehyde decomposition technology -Formaldehyde is separated into carbon dioxide and water while adsorbing formaldehyde
杜绝传统甲醛吸附型的容易饱和,吸附不彻底,易形成二次污染的缺点,解决甲醛更彻底
甲醛具有较强的还原性,所以MSD甲醛分解技术采用一种新型的催化材料,具有均匀的微孔结构,有一定的吸附能力,可以和其他材质进行配比融合。在工作的过程中,会将甲醛吸附进微孔结构内,在接触氧气的同时催化甲醛氧化,从而让甲醛发生氧化还原反应,将甲醛分解成二氧化碳和水。
Formaldehyde has a strong reducibility, so MSD formaldehyde decomposition technology uses a new catalytic material with uniform microporous structure and certain adsorption capacity, which can be blended with other materials. In the process of working, formaldehyde will be adsorbed into the microporous structure, which will catalyze the oxidation of formaldehyde while contacting with oxygen, so that formaldehyde can undergo redox reaction and decompose formaldehyde into carbon dioxide and water.
 
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UVN光催化杀菌技术-强效灭活细菌病毒等微生物
Uvn photocatalytic sterilization technology - strong inactivation of bacteria, viruses and other microorganisms
纯物理杀菌消毒技术,相比传统的UV杀菌技术,不会产生臭氧,无二次污染
UVN光催化杀菌技术,其采用新型UVN发光材料,让UV灯所发出的紫外线波长控制在200-275nm之间。而波长200-275nm的紫外线,被称为短波杀菌紫外线,可作用于生物体的遗传物质DNA,让它产生光化作用,紫外光线的能量被DNA中的碱基对吸收,引起遗传物质发生变异,使细菌当即死亡或不能繁殖,使DNA遭到破坏而导致细菌死亡。
UVN photocatalysis sterilization technology, which uses a new type of UVN luminescent materials, so that UV lamp issued by the wavelength of 200-275 nm. And the wavelength of 200-275 nm, known as short-wave BACTERICIDAL UV, can act on the DNA of the genetic material of organisms, let it produce photochemical action, the energy of ultraviolet light is absorbed by the base pairs in DNA, causing genetic material to mutate, causes Immediate death or failure to reproduce, which destroys the DNA and kills the bacteria.
 
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SSP主动降噪系统-主动式降噪技术
SSP Active Noise Reduction System
根据声学原理主动降噪,从噪声源着手,将空气净化器的噪音控制在20—25dB(A)
根据声音学原理,振动是噪音之源,并且产生的噪音是由不同的频谱组成。所以SSP主动降噪系统,从噪声源本身着手,通过内置处理器实时运算出一个与一个噪音完全相反的声波来抵消噪音,并且减少风机、电机、机器外壳上的噪声辐射面积,减少声源振动,同时在元件结构上涂敷一层阻尼涂料,在抑制噪音振动的同时,通过相反的声波抵消噪音。达到主动降噪的要求,在需要安静的环境里,将空气净化器的噪音控制在20—25dB(A)。
According to the principle of acoustics, vibration is the source of noise, and the noise generated is composed of different spectrum. So SSP active noise reduction system starts from the noise source itself, calculates a sound wave which is completely opposite to a noise through the built-in processor to cancel the noise, and reduces the noise radiation area on the fan, motor and machine shell, reduces the vibration of the sound source. At the same time, a layer of damping coating is applied on the component structure to suppress the noise and vibration, at the same time, through the opposite sound wave. Cancellation of noise. To meet the requirements of active noise reduction, the noise of air purifier should be controlled at 20 - 25 dB (A) in quiet environment.

 
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APS风道增压稳定系统-解决新风风道不稳,末端无风问题
APS duct pressurization and stabilization system
双增压系统,没有滞后现象,动力输出非常流畅,具有稳定性!末端风量损失≤10%,不会出现,风量忽大忽小的现象。
APS风道增压稳定系统在用双涡轮增压系统的基础上增加了微型气波增压系统,在电机的运行中,增加40%的动能输出,用强大的动能输出带动风机高速旋转,从而增加空气的压力,同时利用高压的脉冲汽波,迫使空气高速均流运动,让空气在风管中运动时获得足够的动力发同时,稳定的扩散到各个风口,并且减少了风力的持续衰减,使得新风在管道中运动到末端的损失≤10%,不会出现末端无风的现象。
APS duct turbocharging and stabilizing system adds micro-air wave turbocharging system on the basis of double turbocharging system. In the operation of the motor, 40% of the kinetic energy output is increased, and the powerful kinetic energy output is used to drive the fan to rotate at high speed, thus increasing the pressure of the air. At the same time, the high-pressure pulse steam wave is used to force the air to move at high speed, so that the air can get enough when moving in the duct. At the same time, the power diffuses steadily to all air outlets, and reduces the continuous attenuation of wind force, so that the loss of fresh air moving to the end of the pipeline is less than 10%, and there will be no wind at the end.

 
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UG全热交换系统-增加室内外空气交换率,抑菌防霉
UG total heat exchange system -- increase indoor and outdoor air exchange rate, bacteriostasis and mildew prevention
相比传统全热交换,密闭性强,不串风,使用稳定,交换率高,使用寿命长。
UG全热交换系统框架采用高强度环保材质,膜材采用升级后的石墨烯。整个系统采用矩形流道结构设计,结构紧密,当空气流通时,不会出现串气现象;间距科学合理的设计,大大增加了传热面积,降低风阻。升级后的石墨烯膜材,性能稳定,具有良好的水分子通透性以及稳定性,并且由于石墨烯膜材中增加了特殊的防霉抑菌材料,在对室内外空气进行交换的时候不仅交换效率得到了提升,而且会有抑菌、防霉的效果。
The framework of UG total heat exchange system is made of high-strength environmental protection materials, and the membrane material is upgraded graphene. The whole system adopts rectangular channel structure design, with compact structure. When the air flows, there will be no air crosstalk; The scientific and reasonable design of spacing greatly increases the heat transfer area and reduces the wind resistance. The upgraded graphene film material has stable performance, good water molecule permeability and stability. Due to the addition of special mildew and bacteriostasis materials in the graphene film material, when exchanging indoor and outdoor air, not only the exchange efficiency has been improved, but also the effect of bacteriostasis and mildew prevention will be achieved.

 
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