Ｘ年後の関係者たち 2024年10月28日
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00:00Season 2, every Tuesday, at 9pm.
00:04It's been two years and a half since the last time we saw it.
00:06This time, we'll be comparing it to the previous ones.
00:09This time, we'll be comparing it to the previous ones.
00:12This time, we'll be comparing it to the previous ones.
00:15ALON ALPHA
00:18The era of high-density growth machines.
00:20The era of mass-produced machines.
00:24This time, we'll be comparing it to ALON ALPHA
00:29ALON ALPHA was released for industrial use.
00:33Eight years later, the first home-made instant adhesive was introduced in Japan.
00:41The speed and strength of the adhesive,
00:43as well as the unique container,
00:45attracted the attention of the public.
00:48In addition, a unique ad was launched,
00:50and the popularity soared.
00:56More than half a century after its release,
00:58ALON ALPHA gained an overwhelming reputation.
01:01And behind that,
01:02the hard work of the people involved...
01:05Tonight, we'll be having a run-through of ALON ALPHA.
01:09Now, the door to space and time will open.
01:16Behind the scenes of the movement
01:18that the people involved are showing.
01:21ALON ALPHA
01:24The first guest is Ishii Hiroaki,
01:26who joined TOA Co., Ltd. in 1989
01:28to develop ALON ALPHA.
01:36We'll also have the cast members
01:38who helped Ishii develop ALON ALPHA.
01:42Please tell us a lot about ALON ALPHA's development
01:44and how it became a hit.
01:47Thank you for having us.
01:50Mr. Ando, you're a member of the Product Research Institute.
01:54It's up to the customer
01:56to decide what kind of adhesive
01:58they want to use.
02:00We develop adhesives
02:02that meet each customer's needs.
02:05Mr. Nakagawa, you're a technical developer
02:07at the Takaoka Factory.
02:09What kind of place is this?
02:11There's a factory in Takaoka City,
02:13Toyama Prefecture.
02:15We develop and manufacture
02:17instant adhesives, ALON ALPHA,
02:19and containers.
02:21So you're making a container
02:23that looks like this?
02:25Yes.
02:28ALON ALPHA's history
02:30is not just about adhesives,
02:32but also about containers.
02:34It all began
02:38more than half a century ago
02:40when ALON ALPHA,
02:42which we're all familiar with,
02:45was launched in 1971.
02:48But it all began even before that.
02:53In 1963, ALON ALPHA
02:55was first released
02:57for companies, industries,
02:59and industries.
03:01At first, there was no idea
03:03that it would be released
03:05for households.
03:07But ALON ALPHA's unique feature
03:09is that it sticks right on
03:11and sticks strongly.
03:13What kind of adhesives
03:15were commonly used
03:17before ALON ALPHA?
03:19You had to wait an hour
03:21for it to stick.
03:23At that time,
03:25there were very few
03:27instant adhesives
03:29that would stick right on.
03:31ALON ALPHA's unique feature
03:33is its overwhelming speed
03:35until it sticks.
03:37There's also
03:39another innovative feature
03:42called the blink of an eye.
03:44In the case of adhesives,
03:46it's very important
03:48to know what to stick
03:50with what.
03:52ALON ALPHA's innovative feature
03:54is that it sticks
03:56to a wide variety of materials
03:58without much thought.
04:00There's also another strong
04:02and fast feature
04:04where you can stick it
04:06to a wide variety of materials
04:08like an adhesive master.
04:11ALON ALPHA's innovative feature
04:13is that it sticks
04:15to a wide variety of materials
04:17without much thought.
04:19What kind of adhesives
04:21were commonly used
04:23before ALON ALPHA?
04:25In the background of the development
04:27of ALON ALPHA,
04:29there was a certain class
04:31of adhesives
04:33that was associated
04:35with ALON ALPHA.
04:37At that time,
04:39the development class
04:41was the biggest.
04:43After that,
04:45there was another class
04:47that was associated
04:49with acrylic resin
04:51and acrylic fiber.
04:53How did ALON ALPHA
04:55move forward
04:57with adhesives?
04:59ALON ALPHA is still
05:01a large class
05:03of adhesives,
05:05but ALON ALPHA started
05:08its research
05:10with acrylic resin
05:12and acrylic fiber.
05:14While looking for
05:16more ways to use
05:18acrylic resin and acrylic fiber,
05:20researchers noticed
05:22the world's first
05:24instant adhesive,
05:26Eastman 910.
05:28They found that
05:30the chemical structure
05:32of acrylic resin and
05:34Eastman 910
05:36is a special adhesive
05:38that uses the chemical reaction
05:40of a component called cyanacrylate.
05:42Cyanacrylate reacts
05:44with water
05:46and solidifies instantly.
05:50What kind of product
05:52were you aiming for at that time?
05:54The function of sticking to the moment
05:56has been developed.
05:58We wanted to make it
06:00more powerful
06:02and to stick to
06:05the moment.
06:07Did the research go well?
06:09At the beginning of the development,
06:11we used methyl ester
06:13of cyanacrylate chemical structure.
06:15This is a chemical
06:17that sticks to metal.
06:19One of the big changes
06:21was that
06:23we changed methyl ester
06:25to ethyl ester,
06:27which is a difference
06:29of one carbon.
06:31By changing the structure of
06:34ethyl ester to ethyl ester,
06:36we realized that
06:38ethyl ester can be used
06:40not only for metal,
06:42but also for rubber,
06:44plastic, and other materials.
06:46How did you decide
06:48that ethyl ester is better
06:50than methyl ester?
06:52By making various structures
06:54and looking at their properties,
06:56we realized that
06:58ethyl ester can be used
07:00for various materials.
07:02In 1963,
07:04ethyl ester was used
07:06for metal,
07:08but it was not suitable
07:10for other materials.
07:12After a lot of performance research,
07:14researchers found ethyl ester.
07:16It has the property
07:18that it can be used
07:20not only for metal,
07:22but also for rubber,
07:24plastic,
07:26and other materials.
07:28In 1963,
07:31the industrial-grade ethyl ester
07:33was finally released.
07:37Did it hit the market
07:39right away?
07:41It was a time of rapid growth,
07:43so the manufacturing
07:45was expanding.
07:47Especially in the plastic
07:49and rubber industries,
07:51parts and parts
07:53were instantly attached
07:55to each other
07:57to expand the industry.
07:59So, the industrial-grade ethyl ester
08:01can be used
08:03not only for plastic,
08:05but also for home appliances.
08:07Yes.
08:09In fact,
08:11there is an aromatherapy
08:13for medical use.
08:15It is certified by the Ministry of Health
08:17and Welfare.
08:19It is for medical use,
08:21so it is not sold
08:23to general consumers
08:25or home centers.
08:28I see.
08:30I once heard
08:32that sumo wrestlers
08:34have very thick legs,
08:36but they get cut
08:38in the winter.
08:40I once heard
08:42that sumo wrestlers
08:44paint their legs
08:46and make a cut
08:48to fill the hole.
08:50Is that true?
08:52Yes.
08:54The aromatherapy
08:57for medical use
08:59is completely different.
09:01In fact,
09:03aromatherapy is not bad
09:05for the skin.
09:07However,
09:09I don't recommend
09:11the aromatherapy
09:13for sumo wrestlers
09:15to paint their legs.
09:17I don't recommend
09:19the aromatherapy
09:21for sumo wrestlers
09:23to paint their legs.
09:25The aromatherapy
09:27for industrial use
09:29was established
09:31in Oikaze,
09:33the capital city
09:35of Japan.
09:37Eight years later,
09:39the aromatherapy
09:41for home use
09:43was released,
09:45but the reason
09:47for the development
09:49was the voice
09:51of a certain user.
09:54One day,
09:56one of my employees
09:58asked me
10:00if I could use
10:02the aromatherapy
10:04for fishing.
10:06Actually,
10:08the first aromatherapy
10:10for general use
10:12was the aromatherapy
10:14for fishing.
10:16Even now,
10:18the aromatherapy
10:20for fishing
10:22is not available
10:24for home use.
10:26So,
10:28I thought
10:30I could use
10:32the aromatherapy
10:34for fishing.
10:36However,
10:38it was not easy
10:40to change
10:42the aromatherapy
10:44for home use
10:46from industrial use
10:48to home use.
10:51The biggest problem was
10:53that the aromatherapy
10:55for industrial use
10:57was too high-spec.
10:59It was difficult
11:01to handle
11:03because everything
11:05would stick together
11:07quickly.
11:09So, I thought
11:11I should reduce
11:13the performance
11:15of the aromatherapy
11:17for home use.
11:20In addition,
11:22the purity of the aromatherapy
11:24and the design of the aromatherapy
11:26are different.
11:28So, I adjusted
11:30the aromatherapy
11:32for home use
11:34by adjusting
11:36the speed
11:38and the stability
11:40of the aromatherapy
11:42for home use.
11:44Is it because
11:46the aromatherapy
11:48for industrial use
11:50is the fastest?
11:52Yes, it is.
11:54The aromatherapy
11:56for industrial use
11:58is the fastest.
12:00However,
12:02the aromatherapy
12:04for home use
12:06is the fastest.
12:08The aromatherapy
12:10for industrial use
12:12is the fastest.
12:14The aromatherapy
12:17for industrial use
12:19is the fastest.
12:21To improve
12:23the aromatherapy
12:25for industrial use
12:27which is too high-spec,
12:29he adjusted
12:31the speed
12:33and stability
12:35slowly.
12:37In addition,
12:39he thought
12:41the aromatherapy
12:43for industrial use
12:45is the fastest
12:47and the stability
12:49is the best.
12:51so,
12:53he thought
12:55the aromatherapy
12:57for industrial use
12:59is the fastest.
13:01yes,
13:03but
13:05there are
13:07some people
13:09who think
13:11the aromatherapy
13:13so if you mix the adhesive, it hardens on the spot.
13:17Oh, I see. It hardens when you mix it.
13:19First of all, the ingredients that can be mixed...
13:22This is a difficult story.
13:24It's very limited. That's the first thing I struggled with.
13:28There was also the question of purity earlier.
13:30It's not interesting if the strength drops because the purity has dropped,
13:33so we made the adhesive that can be increased to the same strength as the original cyan acrylic,
13:39and we improved the technique of cleaning and adjusting the viscosity.
13:47For example, if you increase the viscosity of a jelly-like substance,
13:51it will not drop if you increase the viscosity,
13:55but if the viscosity is very high when you take it out of the tube, it will not come out.
14:00So it's not just about increasing the viscosity.
14:03When you press it, it comes out with a light force,
14:06and when it comes out, it's a special kind of jelly-like compound design.
14:13Is there a standard for how fast it hardens?
14:15Is there a standard for how fast it hardens?
14:20It's hard to find a clear standard for home use.
14:24We think that if it hardens in less than a minute,
14:29it can be said to be instant adhesive.
14:34The measurement of speed and strength was done at the laboratory,
14:38so we had them show it to us.
14:40The place we headed to was the Tokyo Techno Lab,
14:44which is located in Nishishinbashi, Tokyo.
14:48At this facility, they are doing research on adhesives,
14:52including alone alpha.
14:57First, the set time measurement.
15:01The set time measurement is the measurement of the adhesion speed.
15:06There is no clear standard,
15:09but the target is within 60 seconds.
15:15The alone alpha is poured into a 1.2 cm square test tube,
15:19and it is pasted together.
15:24The method of measurement is...
15:27Oh, it's manual.
15:29While looking at the stopwatch...
15:34While measuring the time with the stopwatch,
15:37lift it up every few seconds to check if it is adhesive.
15:49One second.
15:50One second.
15:51One second is like this.
15:53How is it?
16:14What is the performance of the Tough Power, the strongest in the series?
16:24One second.
16:26Oh, in one second. Wow.
16:29Adhesion in just one second.
16:33Is there a lot of cases where you can't pass the test?
16:37As long as there is no sound.
16:40Next, the strength measurement.
16:44This machine measures the strength of adhesion.
16:49The test tube, which has been bonded for 24 hours, is set on a strong stopwatch.
17:01The load is applied to the test tube little by little.
17:07The monitor shows the size of the load applied to the test tube.
17:11The test tube is heavy.
17:14The test tube is super heavy.
17:16The test tube is lighter.
17:19The test tube is heavier.
17:23The test tube is lighter.
17:26The test tube is heavier.
17:30As a result of the measurement,
17:32it was found that even a small adhesive surface can withstand the load of approximately 550 kg.
17:39By doing this kind of measurement, we were able to achieve a high-quality result.
17:44So you do all of that manually, in one second?
17:46It's quite an analog way of doing it.
17:48Yes, it's analog.
17:49During the development period, we thought a lot about whether or not we could use a machine to measure the speed.
17:58But in the end, it was better to use a human hand to measure the speed.
18:04It's easier to understand how long the machine will last.
18:08That's why we use this method to measure the set time.
18:12Since it's for home use, it's easier to do it manually, right?
18:18I think that's true, but we use the same method for industrial machines as well.
18:24So you measure the speed in 24 hours with a single drop?
18:30That's right.
18:325,400 newtons with a single drop?
18:34That's right.
18:35If the entire surface of the adhesive is properly coated, the strength will come out.
18:40I didn't know there was such a strength.
18:44What about the pulling force?
18:47It's different from other shock methods, right?
18:50If you change the way you measure it, it will change depending on how you pull and peel.
18:59Wow, if you pull it straight, it's like that?
19:02The female researchers are doing experiments, right?
19:06After all, if you add a lot of trial and error, your hands will turn white.
19:14If you suck it, your hands will turn white, right?
19:17It's a craftsman's hand.
19:19The fingerprints are smooth, right?
19:22I'm doing it with my fingertips.
19:25It would be sad if a woman's fingertips were crispy.
19:29Don't you do that anymore?
19:31Well, if I touch it, it will be crispy.
19:36There is a way to peel it off, but it's crispy.
19:39The only thing that was difficult when it was released for home use was not the adjustment of the adhesive itself.
19:47What to do with the container
19:51This development could not be done in one go.
19:56It's a liquid that can be glued to anything, so you have to solve the contradiction of maintaining a smooth state in the container.
20:06Even if a small amount of moisture enters, the contents will harden, so we have a double structure to prevent moisture from entering.
20:17Papinarin, which is applied directly to the inside of the ear for pain in the ear, such as appendicitis.
20:22The double effect of penicillin and bacterial ingredients.
20:25Papinarin, a family medicine that can be used by both adults and children.
20:29Harasawa Pharmaceutical
20:32Drink too much, stress, irregular eating habits, and liver failure.
20:39Harasawa Pharmaceutical
20:45Harasawa Pharmaceutical
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23:47I love croquettes.
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23:52High-spec industrial along alpha.
23:57It was necessary to improve it for home use and make it easier to use.
24:03Among them, the most difficult part was the new development of the container.
24:09How to clear the contradiction.
24:12Since it is a liquid that can be glued to anything,
24:16it is necessary to solve the contradiction of maintaining the smooth state of the liquid in the container.
24:25There is a saying that there is no container to store the acid or alkali that melts anything.
24:32I think it's a phenomenon similar to that.
24:34If anything sticks together, what should I surround it with?
24:40A container to store adhesives that stick to anything.
24:46The development that seems to be a contradiction was the absolute condition of productization.
24:52Toyama was entrusted with this important mission.
24:58Why was it Toyama?
25:01Toyama
25:03In Toyama Prefecture, there is a pharmaceutical company called Toyama Pharmaceuticals.
25:10Toyama Pharmaceuticals has been around for a long time.
25:13There are many pharmaceutical companies.
25:15There are many pharmaceutical companies.
25:18For example, there are many companies that make eyedrops containers.
25:25We cooperated with such companies.
25:29We were able to store it for a long time while blocking the moisture, which is the key to general development.
25:37We developed a container that can maintain the liquid state.
25:44We worked together with the container manufacturer.
25:48I see.
25:49I feel that it is perfectly sealed until the lid is opened.
25:52Once it is sealed, moisture will come in more and more.
25:55It looks like there are a lot of problems.
25:57In order to make a container that does not stick together and does not solidify, it is necessary to design it so that it does not touch the water.
26:05That's where the double structure, which is now called Aron Alpha, was devised.
26:12Even if there is a little moisture in the air, the contents will solidify.
26:19The double structure is designed to prevent moisture from entering the air.
26:25In addition, there is a drying agent in the outer cover.
26:31Is that so?
26:33Is there really something on it?
26:35Yes.
26:36I didn't know that.
26:38Has it been around for a long time?
26:40Yes.
26:41When the product was on sale, the drying agent was only included.
26:48However, there was a problem that children would drink it.
26:55So, we decided to incorporate it from the middle stage.
27:00In addition to the double structure that blocks moisture, we added a drying agent to shut out a little moisture.
27:09In addition, it is necessary to deliver it to the consumer in a completely sealed state so that it does not touch the water in the air during the sale stage.
27:19Therefore, we chose a form that makes a hole with a needle when using it.
27:25We cleared the contradiction between a liquid that sticks to anything and a container that never sticks.
27:33Now, let's change the product.
27:37The researchers began further improvements.
27:42Then, a rocket-shaped container was born.
27:46Why did it take this shape?
27:50The thinner the tip is, the easier it is to apply.
27:53In order to make it easier to apply, we made it a rocket-shaped shape.
27:59The thinner the tip is, the easier it is to apply.
28:05I see.
28:06I see.
28:07I see this shape quite often now.
28:10At that time, was it a superglue?
28:12Isn't it a superglue like this?
28:15Does it mean that ARON ALPHA is original?
28:17Yes, ARON ALPHA is original.
28:19I see.
28:21Double structure, completely sealed, rocket-shaped.
28:25After many improvements, ARON ALPHA's original container was finally completed.
28:31Then, ARON ALPHA was released for home use in 1971.
28:37However, the container at that time was not yellow, but light blue.
28:42What is this?
28:43Oh, it's blue.
28:45This model is a limited edition model that was only released at the beginning.
28:51It was an image of a yellow body, but it was blue.
28:54At first, it was released in this light blue color.
28:57However, after the release, users complained that the liquid inside was solidified.
29:06After such complaints, we did a lot of research.
29:11This light blue outer case is said to be easy to pass through the light of a high-energy single wave.
29:20Oh, I see.
29:22The light and the instant adhesive inside reacted and solidified.
29:27Did you make it yellow to protect the inside?
29:29Yes, I did.
29:30I see.
29:32The enemy was not only the moisture in the air, but also the yellow body that is now used to protect the adhesive from the light.
29:42Finally, ARON ALPHA, everything is ready.
29:46How did the world react?
29:50We received a great response right after the release.
29:55We were able to sell it at once.
30:00That's great.
30:02Why did it sell so well from the beginning?
30:06Was it easy to use?
30:07The biggest reason was the TV commercial.
30:11That's right.
30:12I have an image of a big commercial.
30:15The reason why ARON ALPHA sold so well right after the release was the TV commercial.
30:24The TV commercial was especially popular.
30:28It's jelly-like, so it won't dry out.
30:31Oh, I see.
30:39ARON ALPHA.
30:41Jelly-like moment.
30:43Is this true for all TV commercials?
30:46Yes, it is.
30:48I'm not filming everything right now, but it's true for all TV commercials.
30:54It's a one-shot, right?
30:55Yes, it's a one-shot.
30:57Is this really jelly-like?
31:02Can we do it if we want to?
31:05I don't want you to imitate me.
31:08We can do it with the technology of Wheelie.
31:11You can do it.
31:14Are you serious about the reaction?
31:17Like, oh, it's stuck.
31:20The driver, too.
31:21It's an ad-lib.
31:24That's what happens.
31:25If you stick to the wall with Wheelie, that's what happens to humans.
31:28First of all, what kind of meeting is this?
31:32It's hard for a commercial planner to come up with an idea.
31:36You have to be able to do it.
31:40I think the point of the ALOALPHA commercial is surprise.
31:45I've been making a lot of commercials.
31:48I'm trying to figure out how to express the surprise.
31:53Actually, ALOALPHA is still sold overseas.
31:58After it was released in Japan, it was also released in the U.S.
32:02The first TV commercial I did was in the U.S.
32:05It was a very strong commercial in the U.S.
32:10It exploded at once.
32:13At that time, the Japanese person in charge said that TV commercials were good.
32:17I noticed that and started a commercial in Japan.
32:21There was also a surprising commercial.
32:23ALOALPHA, which made its name known at once.
32:27Time has passed, and various products are now being developed.
32:33There was a spirit of thinking about the users of researchers first.
32:41It's a product that can be used for a purpose that couldn't be covered.
32:46I'm thinking of developing this product with ALOALPHA.
32:49Is there anything you can't put on yet?
32:53Spanish olive oil and lemon from Setouchi met.
33:01I met HOT SABABA.
33:05I met.
33:07I met.
33:09It's a fashionable taste.
33:11The bitterness and sourness melted together.
33:14Raw olive oil sauce based on taste.
33:17Eat well, live well.
33:20It's a fashionable taste.
33:23Let's cheer up.
33:25Yawata.
33:27According to Miwa-sensei, an expert in the lower back and knees.
33:31Muscles deteriorate with age.
33:33If you stumble on the ground, you will be afraid of going down the stairs.
33:37It will affect your daily life.
33:39But even if you are over 80, you can increase your muscles.
33:43What is important is protein for exercise and nutrition.
33:47Yawata has developed a protein that is suitable for seniors.
33:51Protein, calcium, glucosamine, chondroitin, lactobacillus, dietary fiber.
33:57It is a pop step that supports the muscles of seniors with six ingredients.
34:02Walking, climbing stairs, standing up, etc.
34:06It supports the movement of the body.
34:09I can't rub my shoes.
34:12I'm not afraid of going down the stairs.
34:15I can stand on one foot.
34:17It was a little wobbly.
34:20I was surprised.
34:22Yawata's pop step jump contains six ingredients.
34:26It costs 2,700 yen for a bag and a half a month.
34:29Protein-rich muscle support for daily walks.
34:33Yawata's pop step jump.
34:35It costs 2,700 yen for a bag and a half a month.
34:39It's cheap.
34:41It's 1,080 yen for half price.
34:43However, the special price is limited to three bags.
34:46Applications are 0120-4433-22.
34:5060% off.
34:53What will happen to Hiroshi Sekiguchi in the future? Sunday at 12 noon.
34:58Alone Alpha, which has been loved for more than half a century.
35:02The reason is that it has always been updated.
35:08By the way, how many Alone Alpha line-ups are there now?
35:11There are 27 types on the homepage.
35:15It depends on the details.
35:1727 types.
35:20This is quite versatile.
35:25What do you want to increase?
35:27For example, if you notice it, it will harden.
35:30If you want a size that can be used up, you can put out a size that can be used up.
35:37If it's too smooth, it's hard to attach to wood.
35:41Add clay to make it jelly-like.
35:44If it's a liquid that's a little thick, it's for woodworking.
35:50There are many types.
35:53There are various types of clay.
35:56Isn't there a blue version?
35:59Is it okay to make blue?
36:01It's okay.
36:04What does a stick mean?
36:06It's like a stick.
36:08Can you make it with that?
36:11When you open the lid, it touches the air, so it won't harden?
36:15Yes, it's okay.
36:17If it touches the air, it will absorb moisture, right?
36:21That's the adjustment of the content liquid.
36:24For example, if there is a lot of water in the container, you can increase the stability.
36:30Depending on the container, the content liquid is adjusted so that the overall balance is okay.
36:35What do you pay attention to when you make a comparison?
36:39Thankfully, the image of Aro Alpha is strong and fast.
36:44It's natural that we've cleared it.
36:48I think the customers are looking forward to it.
36:50In addition to that, the container is a little distinctive.
36:54It's a product that can be used for a purpose that couldn't be covered here.
36:59I'm thinking of developing a product with Aro Alpha.
37:03Is there anything that can't be attached yet?
37:06Polypropylene and polyethylene that are non-adhesive are difficult to attach without a primer.
37:14If possible, I think it would be nice to be able to attach them in one go.
37:21Polyethylene and polypropylene are plastic materials that are difficult to bond.
37:26They can be bonded by using a primer.
37:30However, what they want is to be able to bond easily.
37:35The current challenge is to develop a liquid that can be bonded in one step without using a primer.
37:44And I asked the people involved to choose their favorite Aro Alpha.
37:51Mr. Nakagawa's needleless container.
37:53It used to be a needle, right?
37:57I don't use needles anymore.
38:00Can I take a look?
38:01It's not a needle.
38:03Oh, it's true.
38:08There's a hole in the beginning.
38:09There's a hole.
38:10Are you okay?
38:12Yes, I'm fine.
38:15Why did you stop using needles?
38:18The liquid inside has become a more wonderful liquid.
38:23The needle and the instant adhesive go well together.
38:28If you store it for a long time, it hardens in the middle.
38:33The needle will stick to it.
38:35If the performance is too good, it will be a problem.
38:40It will be difficult to use the know-how and storage method until now.
38:46Are you okay with the lid now?
38:48Yes, I am.
38:49Is there any liquid coming in from the gap?
38:51We will consider the design and make it so that no air can enter.
39:00Is there a possibility that it won't work if it's a lid?
39:03That's right.
39:04There is a high possibility that it won't work if it's a lid.
39:08That's a different idea.
39:11Mr. Ando's extra jelly.
39:13It's the newest one among the jellies.
39:17The point is that when you mix it, the strength and speed are different.
39:23It's like jelly, but it's fast and strong.
39:29It's all in one.
39:30In addition to that, it is very easy to use.
39:37This is not only a liquid, but also a container.
39:41Inside is an aluminum tube.
39:43There is a pushing part on the outside.
39:46This supports the pushing force.
39:50You can push it with a lighter force.
39:52There is a method in the container.
39:54There are various details.
39:57Can you use it until the end with a cover?
40:00By attaching a cover, the aluminum tube can be crushed evenly.
40:07It's better not to turn it like a toothpaste.
40:11The container supports the pushing force.
40:16Mr. Fujita, what is the tough power?
40:18It is the new tough power that has become stronger in both water and heat.
40:30It's not just shock.
40:32It's water, fire, and heat.
40:34This is the new tough power that has become stronger in both water and heat.
40:38There are many types of aluminum tubes.
40:42This is the strongest.
40:44This is the strongest.
40:46The shape of the container is similar.
40:51Aluminum tubes have a lower opening.
40:53That's right.
40:54Aluminum tubes have a lower opening.
40:56Tough power has an upper opening.
40:58Can I open it?
40:59That's not what I was talking about.
41:02Can I open it?
41:04Until now, it was a two-step process to open the bottom and remove the lid.
41:10Tough power can be used by opening this.
41:13I heard it's a double-use container.
41:15Can I use it alone?
41:16There is a transparent nozzle inside.
41:21It's a double-use container.
41:24Tough power also contains a drying agent at the bottom.
41:28Mr. Ishii, do you want to peel it off?
41:31This is a peel-off agent for ALON-ALPHA.
41:34This is not for ALON-ALPHA.
41:36This is a peel-off agent for ALON-ALPHA.
41:38This is not an adhesive.
41:39I've heard that many times.
41:41If you stick it on your finger, you can't take it off.
41:45It will be crispy.
41:47Many people say that.
41:51The past researchers have been thinking hard about this.
41:54This is a peel-off agent for ALON-ALPHA.
41:56This is a peel-off agent for ALON-ALPHA.
41:58If you stick it on your finger, you can't take it off.
42:05If you stick it on your finger, you can't take it off.
42:08You can't take it off.
42:10Even if your finger sticks on your finger,
42:12you can take it off with this.
42:17You can take it off with this.
42:19When I make something, it sticks.
42:22I don't know when I put it on.
42:24It's been a long time since I've heard that.
42:28Can I go from there?
42:29Yes, you can.
42:30Thank you for saying that there is one alarm clock in your family.
42:34It's good to have one.
42:35If you have one in your family,
42:38you can use it safely even if your children or elderly people use it by mistake.
42:4652 years have passed since he answered the fairy of the age.
42:50What is his current position?
42:54In Japan, the level of recognition is almost 100% for people of a certain age.
43:00I don't think there are people I don't know.
43:04You can't sleep well.
43:06You can't wake up well.
43:08The cause may be the quality of your sleep.
43:14So,
43:16Ajinomoto Clean Up
43:18Sleep Support Supplement
43:31What kind of sleep is good quality sleep?
43:34I will explain it to Dr. Mihashi, who is familiar with sleep.
43:38This is a graph of good quality sleep and bad quality sleep.
43:44Good quality sleep leads to deep sleep quickly at the beginning of sleep.
43:49This is the point.
43:51I see.
43:52The beginning of sleep determines the quality of sleep as a whole.
43:57The beginning of sleep is important.
44:00I didn't know that.
44:02Ajinomoto Sleep Support Supplement Gurina
44:10The secret of Gurina's greatness.
44:13It is found in the main ingredient, glicin.
44:18In Ajinomoto, 3,000mg of glicin is taken at once.
44:23It is known to enter deep sleep at about twice the speed.
44:28That's great.
44:32In fact, there are many people who like Gurina.
44:39Yes.
44:41I've been using Gurina for 4 years.
44:46I didn't know that.
44:50I've been drinking Gurina for 5 years.
44:53Are you kidding?
44:54No, I'm serious.
44:56I can sleep very well.
44:59This person, too.
45:01Sleep changes your life.
45:03I will continue to use Gurina for good sleep.
45:06Sleep Support Supplement Gurina
45:10Ajinomoto Sleep Support Supplement Gurina
45:156 sticks, 1110 yen.
45:19Now, it's 500 yen.
45:22If you try it before the renewal, you can try it again.
45:27It's less than half price.
45:28I will buy it.
45:30I will buy it.
45:31Free dial 0120-118844 to 118844.
45:39I feel like I'm sleeping soundly.
45:44I can move quickly in the daytime.
45:46It has become my important partner.
45:50Sleep soundly with one coin.
45:54Please call now.
45:56Sleep soundly with one coin.
46:00Eat well.
46:01Sleep soundly with one coin.
46:04Alone Alpha is loved by many people.
46:09It is famous not only in Japan, but also overseas.
46:16Is it sold overseas?
46:17It is sold in America and China.
46:22Is it sold all over the world?
46:24It's a little different from Japan.
46:28As I explained earlier, Alpha is a glue that hardens due to moisture and moisture.
46:35If it is a dry and cold area, it is difficult to harden.
46:43On the other hand, if it is a hot and humid area, it is difficult to react before using it.
46:52It's a little different from Japan.
46:55If the production base changes depending on the area, will the composition change?
47:01Basically, it is a liquid that was developed in Japan.
47:04Depending on the area, the composition may be adjusted.
47:10In Japan, the popularity is high and the share is high.
47:16In Japan, the popularity is almost 100% for people of a certain age.
47:23I don't think there are people who don't know.
47:25Don't young people know?
47:27There are people who don't know.
47:30Why don't you know?
47:32Why don't you know?
47:35There was a time when TV commercials were discontinued.
47:41The generation of TV commercials has decreased.
47:48In order to increase the awareness of the underage, a targeted report has been created.
47:54Here it is.
47:59Do you want to kiss me?
48:01A popular man appeared in front of Tsukuno, who likes plastic models.
48:05It's a love story of glue.
48:08That's why I told you to stick together.
48:12Our relationship is like Aro Alpha.
48:14I told you to stick together.
48:18I told you to stick together.
48:20Don't you think Aro Alpha's youth project is good?
48:22I don't think so.
48:23Stick together. Youth. Aro Alpha.
48:26I can't convey it to young people.
48:28What do you mean?
48:30How about this? Was the response good?
48:32Thankfully, it has risen to the Twitter trend.
48:36The number of views on YouTube has exceeded 10 million.
48:40There was a lot of response.
48:42I thought Aro Alpha was made to make the generation I know laugh.
48:47Did young people laugh?
48:50That's right.
48:52When I cried, this came up on Twitter.
48:58It became a hot topic even during the same period.
49:01The number of views is increasing.
49:03I see.
49:04Aro Alpha has a strong image that adults use.
49:10It is a product that is safe and easy to use for children.
49:16What do you want to challenge in the future?
49:20Aro Alpha was released in the general market in 1971.
49:24It's been more than 50 years now.
49:26I want to make history.
49:30Next, I want to make history from Japan to the world.
49:33Next, I want to make history from Japan to the world.
49:36Now, we are carrying Aro Alpha in space.
49:41We are experimenting to see if it can withstand it.
49:44Next, I want to make history from Japan to the world.
49:48For example, astronauts do outdoor work in space.
49:53When Aro Alpha reacts with water, the universe is the opposite.
49:59We are experimenting to see if Aro Alpha can withstand vacuum, temperature change, and cosmic rays.
50:13I see.
50:15Does Aro Alpha react with water?
50:18When Aro Alpha is in space, there is no water in space.
50:22We have to bring water into space.
50:24When Aro Alpha is in space, there is no water in space.
50:29We have to bring water into space.
50:34The structure of Aro Alpha may be different from now.
50:38I see.
50:40Next, I want to ask Mr. Nakagawa.
50:42As a container developer, I want to develop a container without a lid in the future.
50:49You talk too much.
50:51There is water on the earth.
50:54Are you okay without a lid?
50:56It is technically difficult.
51:00I see.
51:01I want to develop it as a goal to realize my dream.
51:09Next, Mr. Ando.
51:11As a container developer, I want to make instant adhesives that can be easily glued to all materials in the world.
51:19Until now, we talked about not using polyethylene or polypropylene as a weak point.
51:26I want to make something that can be easily glued.
51:29I want to make something that can be easily glued.
51:34I want to make something that can be easily glued.
51:39How do you make a container that can be easily glued?
51:45I'm not good at it.
51:47That's a matter of container development.
51:50You can't make a huge liquid.
51:52It's hard to fill up.
51:56It's hard to fill up.
51:57I can't fill up.
52:00I need to figure out how to store it.
52:03I need to figure out how to store it.
52:10We don't have time to talk, but it's about time.
52:14Thank you very much for your time today.
52:19Finally, the seeds of the future marked by the KAZURAZER.
52:25Psychoanalysis and dermatology.
52:27Psychoanalysis Remix.
52:28A combination of general medicine, medical medicine, and the same degree of PVA.
52:33Listen carefully to the director.
52:34Disintegration in the body.
52:36The effect is peaceful.
52:37Psychoanalysis Remix.
52:40A message for a deceased friend.
52:45When that feeling reaches you, a small miracle will happen.
52:49I can still make it in time!
52:51I'm sure your feelings will connect to each other.
52:55What kind of container should I make?
52:58I don't know.
53:00I don't know what to do.
53:02Maybe seal it well and make it out of glass.
53:06I'd like to make it out of glass.
53:09I don't know if it's going to be vacuum-sealed.
53:13Then I'll have to make a new material just for the container.
53:17It's a reaction device.
53:19Manufacturing device.
53:20Manufacturing device.
53:21I have to make it out of a material that doesn't make such a sound.
53:25So it's pretty hard work.
53:27It was fun.
53:39Next time on Puyo Puyo.
53:41Tetris's most attractive feature is that it's hard.
53:44Stop being hard and make it soft.
53:46It's the other way around.
53:47I was going to make Portland.
53:49I made it in red and black.
53:52Every Monday at 11 p.m.
53:54If you want to watch the program again, please go to TVER.