起霧是不是就代表這塊玻璃已經是失效了是吧,是是，那起霧的核心點是不是就是膠已經失效了呢。

　　Does fogging mean that this piece of glass has already failed? Yes, yes, the core point of fogging is that the adhesive has already failed.

　　跟我們趙老師一起聊聊,我們玻璃里面最重要的一個,決定了玻璃的一個密封性的一個品類啊,膠膠有兩道,一個是丁基膠,一個是硅酮密封膠,一個玻璃的組成,這常規(guī)的中空玻璃啊,黑的這一道是丁基膠,外面這個淺一點的黑色是硅酮密封膠,丁基膠粘在哪里呢,粘在我們的間隔條上面,其中的丁基膠還分什么呢,還要重點聊到現在市面上最熱、最熱的東西,c s g ,CSG 還是頂級機哦,它從源頭上講,它就是頂級,再聊一下什么呢,就是超級暖邊那個,何老師,那先先分門別類吧。

　　Let's talk to Teacher Zhao about the most important category in our glass, which determines the sealing performance of the glass. There are two types of adhesive, one is butyl adhesive and the other is silicone sealant. The glass is composed of two layers. For conventional insulated glass, the black layer is butyl adhesive, and the lighter black layer on the outside is silicone sealant. Where is the butyl adhesive? It sticks to our spacer strip, and what are the other types of butyl adhesive? We also need to focus on the hottest and hottest things on the market now, such as CS G, CSG or top-level machines. From the source, it is top-level. Let's talk about what is super warm edge. Well, Teacher He, let's first categorize them.

　　你把這塊玻璃給我,在我們的手里,這塊中空玻璃它是雙道密封,它采用的材料就是里頭有一個間隔條,我們不去聊這個間隔條是鋁的還是不是有鋼的,還是軟邊的,那么它就是一個間隔條,起的作用就是支撐這個玻璃的厚度,那么在這個間隔條上頭呢,我們正常的中空玻璃雙道密封,就第一道,必須要在這個間隔條上打上一道丁基膠,中空玻璃本身的一個性能指標,首先一個就是密封性,第二呢，耐久性、耐用性,最近客戶問我最多的啊,起霧是不是就代表這塊玻璃已經是失效了是吧,那起霧的核心點是不是就是膠已經失效了呢,其起霧的原因有好幾個,中空玻璃起霧就是里頭怎么會產生水汽了,對，水怎么進去的,做的時候的好像是沒看見水,對,那么現在有了,那么這里頭的水是從哪里來的？

　　Can you give me this piece of glass? In our hands, this insulating glass is double sealed and made of a material with a spacer strip inside. We won't talk about whether the spacer strip is aluminum, steel, or soft edged. Instead, it is a spacer strip that supports the thickness of the glass. On top of this spacer strip, our normal double sealed insulating glass requires a layer of butyl adhesive to be applied. One of the performance indicators of the insulating glass itself is sealing performance, and secondly, durability. Recently, customers have asked me the most about whether fogging represents this piece of glass. It's already expired, isn't it? Is the core of the fogging caused by the adhesive already malfunctioning? There are several reasons for the fogging, The fogging of insulating glass is due to the generation of water vapor inside. Yes, how did water enter? It seems like I didn't see any water when I made it. Yes, now that I have it, where did the water in this area come from?

　　這里頭有三個方面,第一個方面呢,就是我們如果是間隔調,中空玻璃里頭肯定有分子篩,這個分子篩的,如果是合格的分子篩,那么指的他的吸收水汽的能力是非常強的,這個就是咱們玻璃里面那個,這個是我們的暖邊條啊,這個就是分子篩,比如說我手上手上假如說有水汽的話,它會吸吸潮的,這個分子篩就是我們空腔里面,但凡如果說進了濕氣了以后,就靠它這個來吸收濕氣,嗯，沒用了呢,就是玻璃的另外一個問題

　　There are three aspects here. The first one is that if we use interval adjustment, there must be a molecular sieve in the insulating glass. If it is a qualified molecular sieve, then its ability to absorb water vapor is very strong. This is the one on the inside of our glass, this is our warm edge strip, and this is the molecular sieve. For example, if there is water vapor on my hand, it will absorb moisture. This molecular sieve is inside our cavity. Once moisture enters, it relies on it to absorb moisture. Well, it's useless. That's another problem with glass

　　除了自爆啊，就起霧,如果說我們裝好了玻璃以后,這個玻璃里面有霧氣了,那你們也要通知我的這個玻璃已經失效了,這就他漏漏漏氣了是吧,我的玻璃漏水,嗯，沒水就這樣，嗯,吸收，吸收水氣的,這個，這個罐裝多少也是有的,一定要灌裝70%以上,如果你灌裝的少,像有一些灌一點點也不行的,嗯，這個顏色適合吸,吸的還蠻快,你看這個是不是在吸了,顏色已經深了啦,對，就咱們手上不是倒了點水嗎,它就開始吸收我們手上的這個水濕氣,它滴吸完了,對，吸完了以后它的顏色就變化了,這個其實就是分子篩

　　Besides self destructing, it also fogges up. If there is fog inside the glass after we install it, you also need to notify me that the glass has failed. This means that it is leaking and leaking, right? My glass is leaking water, and there is no water, so it is absorbing and collecting moisture. There are also some cans that can absorb moisture, and they must be filled at least 70%. If you fill too little, like some that can't be filled even a little bit. Hmm, this color is suitable for absorption, and the absorption is quite fast. Do you think this is absorbing? The color is already dark. Yes, we poured some water on our hands, and it began to absorb the moisture in our hands. After it drips, yes, its color changes. This is actually a molecular sieve

　　然后有些呢，拿干燥劑干干燥的哦,這干燥劑跟分子砂是不一樣的產品,干干燥，干燥劑,那真的是熱的,熱的很快了,但這個吸潮能力很大的,吸完以后就變顏色了,很明顯顏色就變了吧,對，就水多的地方嘛,你看我們拆出來的,咱們這塊玻璃開拆出來的顏色都沒變,說明這塊玻璃空腔里面是非常沒有問題,是很干燥的人,對它就沒有任何的濕氣,它吸收完了以后,比如說我拆出來里面都是變了顏色的了,那這塊玻璃說明里面它其實已經失效了,合格的分子篩它是密封包裝的,我們把它打開裝到鋁框里,或者是這個間隔條里的話,要在最短的時間里把這個膠封起來,呃，分子篩最小程度的在空氣中,柳氏有一有一個規(guī)范的標準,分子塞裝到鋁框里以后,40分鐘以內封上膠,而且是空氣濕度,是要滿足生產中空玻璃的條件,空氣濕度不能大于50%,超過的話,那么它的吸收水汽的能力已經喪失了。

　　And then there are some, using desiccants for drying. These desiccants are different products from molecular sand. Drying desiccants are really hot, they heat up quickly, but they have a great ability to absorb moisture. After absorbing, they change color. It's obvious that the color changes. Yes, it's only in areas with a lot of water. Look at what we removed, the color of our glass didn't change when we opened it, indicating that there is no problem inside this glass cavity. It's a very dry person, so there is no moisture in it. After it absorbs, for example, when I removed it, the color inside has changed. So this glass has actually failed. It's qualified. Molecular sieve is packaged in a sealed manner. If we open it and put it in an aluminum frame or this spacer strip, we need to seal it with glue in the shortest possible time, The minimum level of molecular sieve in the air is regulated by Liu's standard. After the molecules are packed into the aluminum frame, they should be sealed with glue within 40 minutes, and the air humidity should meet the conditions for producing insulating glass. The air humidity should not exceed 50%. If it exceeds this limit, its ability to absorb water vapor has been lost.

　　我歸納總結一下,我們玻璃起霧的第一個原因,跟分子篩有關系,其實在生產過程當中,就已經決定了你玻璃為以后的起霧問題了,如果你生產的時候,這個分子篩已經在吸收水汽了,就超過40分鐘,它已經吸收了我們生產的,比如說我們在一個濕度很大的環(huán)境下,來生產中空玻璃,對不對,這里面的分子篩已經在吸收,我們玻璃廠里面的這個濕氣了,它吸收好了以后裝到家里面,它分子篩已經沒用了。

　　To summarize, the first reason for fogging of our glass is related to molecular sieves. In fact, during the production process, the fogging problem of your glass has already been determined. If you produce it and the molecular sieve has been absorbing water vapor for more than 40 minutes, it has already absorbed what we produce. For example, if we produce insulating glass in an environment with high humidity, right? The molecular sieve inside is already absorbing the moisture in our glass factory. After it is absorbed and installed in your home, the molecular sieve is no longer useful.

　　首先我們玻璃起霧的第一件事情,如果你分子篩還有用,它是不會起霧的,只要還有作用,它不斷的吸收我們玻璃里面的潮氣,我關注的是個膠,我們的水汽進入一個是堵住,不讓它進去,還有一個是進去以后怎么樣吸收，對吧,分子篩是進去了以后怎么吸收的,是我現在要講的是他怎么進去的,就是客戶最大的一個問題,我外面這道膠不是堵的好好的嗎,他怎么會進去呢？

　　Firstly, the first thing that causes fogging in our glass is that if the molecular sieve is still useful, it will not fogg up. As long as it is still useful, it continuously absorbs the moisture inside our glass. What I am concerned about is the glue. When our moisture enters, one is blocked to prevent it from entering, and the other is how it is absorbed after entering. Right? The molecular sieve absorbs after entering, and now I want to talk about how it enters. This is the biggest problem for customers. Isn't the glue outside of me blocked properly? How could it enter?

　　這個就是起霧的事情,就是外道膠杯桶密封膠不防水汽,對它的水汽透過力很大,他自己沒有密封的一個作用,我這里要跟大家重點講一講啊,外道膠就這道淺的這道膠,因為傳統(tǒng)客戶來說,這道膠封好了以后,水是進不去的,我也以前是這么認為的,你換了所有的普通客戶來說,都覺得你膠封的好好的,水怎么會進去？

　　This is the problem of fogging, which is that the outer layer of rubber cup and barrel sealant is not waterproof and has a strong water vapor transmission force. It does not have a sealing function on its own. I want to focus on this. The outer layer of glue is only this shallow layer, because for traditional customers, after this layer of glue is sealed, water cannot enter. I used to think so. All ordinary customers think that you have sealed it well, so how could water enter?

　　但是這個叫硅酮密封膠,水汽是透過的,對對的對的,他的損失脫鉤率很大,跟丁基膠來比的話,他的要說倍速的話要達到120倍以上,120倍至200倍,這樣的一個真正防水,其實知道定技就要對,所以我們這個玻璃架在我們的框上面,這個框里面有水的情況下,是源源不斷濕氣從這里面再透進來,對，是不是,是的,所以剛剛趙老師說的時候,透進來的時候就是靠分子篩在那吸氧，嗯,是不是,是的,但稀總有吸飽的一天的吧,那么最主要的就是丁基膠跟分子篩兩樣。

　　But this is called silicone sealant, and water vapor passes through it. Yes, yes, yes. Its loss decoupling rate is very high. Compared with butyl sealant, it needs to achieve a speed increase of more than 120 times, 120 times to 200 times. To truly waterproof, we need to know the specific technology. So, our glass frame is on top of our frame. When there is water in this frame, a continuous stream of moisture enters from here. Yes, yes, yes. So when Teacher Zhao just said that when it enters, it relies on molecular sieves to absorb oxygen. Hmm, yes, yes, but there is always a day when it is fully absorbed. So the most important thing is butyl. Glue is like molecular sieve.

　　那么間隔條為什么說它也是其中的一個東西呢,主要是間隔條,它的折彎了以后,最后有一道，哎，接口,接口斷點,對對,接口呢，就是兩個連接件,我們很多的這個中空玻璃生產廠家,對這個連接件他是不重視的,他沒有去把這個連接件用電機膠爆封起來封好，對,哎,那這好比是什么呢,好比是我們有一個氣球,這個氣球它沒有漏洞,它的密封性是達到要求的,我們吹一吹,吹到了這個吹大了以后怎么沒扎緊,有一點小的縫,那不里的氣泵慢慢的要透出來嗎,這這這扎口的這個地方,刀老師，你說的就這個點，對,折折彎鋁條在這個點,正常來說這個點要拿定期膠再抹一道,對這個定級膠要膜很重要,要抹,如果沒抹,那這塊中空玻璃它也是漏氣的,我們如果把這個丁基膠這個口封起來了,兩側涂上的釘機膠,沒有漏洞和好片,這塊中空玻璃也不會起霧,多長時間不會起霧,永遠不會有這么夸張嗎,對，真的永遠不會,那么但是你永遠不會,他有丁基膠的結構強度,它不是很夠的,會出現什么問題呢,他假設這個中空玻璃在特定的條件下,它開來了,那就有了一個小腹,就說的就熱脹冷縮性，是不是,哎，各種撕裂、撕裂或者外力,就夏天的時候大家都在講嘛,這里面的空間不是很熱嗎,熱了以后玻璃鼓起來了,會不會撕裂丁基膠,哎,有可能有這個可能的,因為這個定機膠和好片以后是很薄的,才十幾個絲啊,十幾個絲，很薄的,然后你膨脹,你越密，密封的越好,膨脹的力越大,你假如沒有密封好,或者說這個丁基膠的密封性能,有些透過力就是很差的話,它有膨脹力的話,會經過這個丁基膠泄漏到外頭來,其實你密封性好,反而熱脹冷縮的這個很厲害,力就很大,對，力很大，它就會撕裂,對對對，對不對,所以要用第三道膠把它固定牢,不讓它出去,哎，你的定制膠密封的很好,你的力氣很大，往外推,但是我的硅酮膠的強度比你丁基膠牢,我把你扎住了,不讓你出去,保證了丁基膠的密封性的就是永久的。

　　So why is it called a spacer strip? It's mainly a spacer strip. After it's bent, there's an interface, an interface breakpoint, right, the interface, which is just two connecting pieces. Many of our insulated glass manufacturers don't attach importance to this connecting piece. They didn't seal it with motor glue. Yes, hey, what is this like? It's like we have a balloon, which has no leaks and its sealing meets the requirements. When we blow it, it becomes bigger and there's a small gap. The air pump is not tight enough. Do you need to slowly let it out? This is the point where the hole is stuck, Teacher Dao. Yes, the bent aluminum strip is at this point. Normally, this point needs to be coated with regular glue again, It is important to apply a film to this graded adhesive. If it is not applied, the insulating glass will also leak air. If we seal the opening of the butyl adhesive and apply nail machine glue on both sides without any holes or good pieces, the insulating glass will not fog up. How long will it not fog up? Will it never be so exaggerated? Yes, it really will never, but you will never. It has the structural strength of butyl adhesive, which is not very strong. What problems will occur? He assumes that under specific conditions, when the insulating glass opens, it will have a small belly, which is called thermal expansion and contraction, is it? Ah, various tearing, tearing or other types of tearing. External force, during the summer, everyone is talking about it. Isn't the space inside very hot? When it gets hot, the glass will bulge, and will it tear the butyl rubber? Hey, is it possible, Because the adhesive used in this machine is very thin when combined with a good sheet, only a dozen or so threads. When you expand, the denser you are, the better the seal, and the greater the expansion force. If you don't seal well, or if the sealing performance of this butyl adhesive is poor, some of the penetration force will be very poor. If it has expansion force, it will leak to the outside through this butyl adhesive. In fact, your sealing performance is good, but the thermal expansion and contraction are very strong. Yes, the force is very strong, and it will tear. Yes, yes, yes, yes, no, so you need to use a third layer of adhesive to fix it firmly and prevent it from going out. Hey, your customized adhesive seal Very good, you have a lot of strength to push outward, but the strength of my silicone rubber is stronger than your butyl rubber. I tied you in and didn't let you go out, ensuring the sealing of the butyl rubber is permanent.

　　其實啊，要這么看的話,我就說丁基膠防水氣能力比硅酮密封膠強很多,但是呢，如果說膨脹這個力啊,粘接力它是不如硅酮密封膠的,對它的結構強度,它的結構強度不如密封膠,如果你夏天的時候,里面的空腔溫度達到七八十度的情況下,它就會有很大的力去撕裂這個定期膠,但是呢，硅酮密封膠粘接力強,它又把它收在里面，對吧,是這樣,是是是是是是這個情況。是的是的,那就是說如果說我們膨脹，啪膨脹,冬天收縮，膨脹收縮會不會真正撕裂它,會的，會撕裂的，會的,還有就是風壓,有時候風很大,一吹,誒,一會又沒風了,它那個玻璃進去了以后，嗯,他一天到晚讓這個釘機就疲勞啊,玻璃的鼓脹呼吸，是的,鼓脹呼吸就是不斷的在撕裂這個釘機,對對對,所以這樣一來呢,就是影響這個頂級,如果是靜止狀態(tài),它的密封性絕對是絕對沒問題,絕對沒問題。

　　Actually, if we look at it this way, I would say that butyl rubber has much stronger water vapor resistance than silicone sealant. However, if we talk about the expansion force and adhesive strength, it is not as good as silicone sealant. In terms of its structural strength, its structural strength is not as good as sealant. If the temperature inside the cavity reaches 70-80 degrees Celsius in summer, it will have a lot of force to tear the regular sealant. But silicone sealant has strong adhesive strength and it holds it inside, right? Yes, yes, yes, this is the situation. Yes, yes, that means if we expand, pop expand, and contract in winter, will expansion and contraction really tear it apart? Yes, it will tear, yes, and there is also wind pressure. Sometimes the wind is strong, and when it blows, there will be no wind after a while. After the glass goes in, it makes the nail machine tired all day long. The bulging breathing of the glass, yes, keeps tearing the nail machine, right, right. So this way, it affects the top level. If it is in a static state, its sealing is absolutely not a problem, absolutely not a problem.

　　但是沒有辦法，在使用的過程中,它是靜止的,沒有風壓,沒有熱脹冷縮,這個是不存在的,所以雙道密封就是一個完整的一個組合,讓它保證這個中空玻璃它的完好,就是我用了它不一樣的,每道密封的優(yōu)點,用的是丁基膠防水劑的這個優(yōu)點,但是它的粘接力不如硅酮密封膠,結構穩(wěn)定性不如硅酮密膠,他要鼓起來撕裂它的時候,靠硅酮密封膠把它收住是吧,但是龜酮密封窗最大的一個問題是,他的水氣透過率太大了,對，濕氣在不斷的進入,是是不是,是的,如果你里面這個隔條開了一道口子,由以前的插腳四個口,四個口子都開的話,那很容易進去,那他這個水汽進去,但這個水汽起霧嘛,水汽進去了以后,如果你分子篩再吸收的話,你也不會起霧,這個分子篩剛才你講的很對,它吸收水汽的能力是有極限的,不是無限的,嗯,當它吸到一定的程度,它就吸飽了,飽和了以后呢,他又有另外的一個情況了,就是說在特定的條件下他會放出來,然后特定的條件下他又回去,這種特定條件是什么呢,就是陽光照射的情況下,它會放出來,放水機會蒸發(fā),它會吐水汽出來,吐水機出來就會引起這個中空玻璃,一個水霧,是我以前遇到過一個問題,上午的時候客戶說有有霧氣啊,起霧了,到中午的時候,他說他，他就跟我說沒了是吧,他其實在在吐出來，是吐出來,陽光一曬又沒了,它就吸吐,對，它還會吐吐吐。

　　But there's no way around it. During use, it's stationary, without wind pressure, without thermal expansion or contraction, which doesn't exist. Therefore, double sealing is a complete combination to ensure the integrity of this insulated glass. I used it differently. The advantage of each seal is that it uses the advantage of butyl rubber waterproofing agent, but its adhesion is not as good as silicone sealant, and its structural stability is not as good as silicone sealant. When it needs to bulge and tear it, it relies on silicone sealant to hold it back, right? But the biggest problem with turtle ketone sealing windows is that its water vapor transmission rate is too high. Yes, moisture is constantly entering, isn't it? Yes, it is. If there is a hole in this partition inside you, and all four holes of the previous pin are open, it is easy for it to enter. Then the water vapor enters, but does it fog up, After the water vapor enters, if you absorb it again with a molecular sieve, you won't fog up. This molecular sieve is right, its ability to absorb water vapor has a limit, not infinite. Well, when it absorbs to a certain extent, it will be saturated. After saturation, it has another situation, that is, under specific conditions, it will be released, and then it will return under specific conditions. What is this specific condition? It is under sunlight, it will be released, and when the water is released, it will evaporate. It will release water vapor, and when the water dispenser comes out, it will cause this insulating glass, a water mist. I encountered a problem before. This morning, When the customer said there was fog, it started fogging up. By noon, he told me it was gone, right? He was actually spitting it out, spitting it out. When the sun was shining and it disappeared, it sucked and exhaled, Yes, it can also vomit.

　　是的，對,那也就是說，如果說我們起霧的話,就可以斷定,第一點就是就真正長時間起霧啊,嗯，那就分子篩已經失效了,嗯，肯定失效了,最后一道防線嘛,他不吸了嘛,對不對,還有一點呢,他濕氣確實進來了，對吧,要么丁基膠已經撕裂了,要么，要么丁基膠已經沒用了嘛,對的是吧,硅酮密封膠濕氣肯定肯定在里面嘛,我們不合格的方子塞,它本身就沒有吸水能力,那它分子篩正常能用多少年呢,你只要是密封的話,那就壽命就長了,這我們講的這個墻,也就是說你密封狀態(tài)上,這個分子上沒水,它就一直活著,那么第二種情況呢,你合格的分子是我生產的工藝,沒有按照規(guī)范來,什么叫規(guī)范,就是這個防止再打開包裝,裝到鋁框里,沒有在40分鐘以內,風向合并風向膠。

　　Yes, that's right. In other words, if we start fogging, we can conclude that the first point is that it's really fogging for a long time. Hmm, then the molecular sieve has already failed. Hmm, it must have failed. The last line of defense is that it's not absorbing, right? Also, moisture has indeed come in, right? Either the butyl rubber has torn or it's useless. Right? The moisture in the silicone sealant must be inside. Our unqualified square plug itself has no water absorption ability. So how many years can the molecular sieve be used normally? As long as it's sealed, its lifespan is long. Well, regarding the wall we're talking about, which means that in your sealed state, if there's no water on this molecule, it's still alive. So, in the second scenario, your qualified molecule is produced by my process and not according to the specifications, What is a standard? It is to prevent the package from being opened again and placed in an aluminum frame without the wind direction merging with the wind direction adhesive within 40 minutes.

　　第二個空氣濕度潮濕,我在生產了環(huán)境的情況下,對對對,潮濕本身你拿出來的時候,就在這個生產環(huán)境就很濕,對,那么這種情況下,這個分子在你雖然是合格的,很容易失效,很很快就吸了,吸了很多水了,你這時候封起來,他也有可能到了玻璃里頭里邊去了以后,它的水汽還要放出來,為什么要放出來,它外頭吸的已經很飽了,所以我們生產中空玻璃的時候,對環(huán)境的要求就是空氣濕度要小于50%是最佳的,趙老師,你說的這整個玻璃行業(yè)里面啊,對，玻璃深加工廠在最終合片的時候,放分子篩的這個情況下啊,就是你隔條放進去,這個情況下,你一你要保證這個濕度的話,你不是還要做一個恒溫恒濕的一個,對對對,你不然的話，我，我這黃梅天里面你難道不生產玻璃嗎,那你黃梅天里面,我把罐裝分子篩隔條里面放進去的時候,你腸里面這個濕度你肯定是大的呀,對，是的是的,然后你把濕度大的情況下,本身吸飽了,你再裝在里面有個屁用呢,哎，對，太對了,就是這個道理，是不是,所以我們做中空玻璃的人很多,真正按照這樣的要求去做的人不是很多,所以導致了這個中空玻璃看起來拿過來很好,后來有朝一日它起霧了,如果你把吸收飽了水氣的分子篩灌在里面,其實有個屁用,是是不是,是的是的,避風是為了分子篩,長時間有效的保存在空腔里面,對密封是起到這個作用,你水汽不斷的源源不斷透過進來的話,你早晚一天分子分子才會吸飽的嗎,是的，是不是吸飽就沒用了,吸飽就起霧,起霧這塊玻璃你就可以可以砸了。

　　The second factor is that the air humidity is humid. In the production environment, yes, yes. When you take out the humidity itself, it is already very humid in this production environment. Yes, in this situation, although the molecule is qualified, it is easy to fail and quickly absorbs a lot of water. If you seal it at this time, it may still release water vapor after entering the glass. Why release it? It has already absorbed a lot of water from the outside. Therefore, when we produce insulated glass, the requirement for the environment is that the air humidity should be less than 50%, which is the best. Teacher Zhao, in the entire glass industry, right, glass is deep. When the processing plant puts molecular sieves in the final lamination process, it means you put them in strips. In this case, if you want to ensure the humidity, You still need to make a constant temperature and humidity one, right, right. Otherwise, don't you produce glass in my Huangmei Tian? When I put the canned molecular sieve separator in your Huangmei Tian, the humidity in your intestines must be high. Yes, yes, yes, and then you can absorb it when the humidity is high. What's the point of putting it in there? Ah, yes, that's the truth, isn't it? That's why there are many people who make insulating glass, but not many who actually follow such requirements, which led to this insulating glass looking very good. Later, one day, when the humidity is high, you will suck it up. It's fogging up. If you fill it with molecular sieves that have absorbed enough water vapor, it's actually useless, isn't it? Yes, yes, the shelter is for the molecular sieves, Long term effective storage in the cavity plays a role in sealing. If water vapor continues to permeate through, will it take you a day to fully absorb the molecules? Yes, if you absorb enough, it will be useless. If you absorb enough, it will fog up, and you can smash this piece of glass.