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Download "Какое масло лучше – синтетика или минералка?"

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моторное масло
замена масла
масло
синтетика или минералка
oil club
тесты масел
синтетическое моторное масло
Extreme vrs 0w-40 gtr
Лукойл
лукойл генезис 5w30
лукойл люкс 5w40
выбор масла
масло в двигатель
замена масла в двигателе
Артем Грудцын
автоновости
двс
перегрев двигателя
как выбрать моторное масло
омск
минеральное масло для двигателя
прожарка масел
тест масел 5w40
анализ масла
газпромнефть
роснефть
mobil 1
castrol
shell
zic x9 5w-40
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  • ruRussian
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00:00:02
people Heat-conducting greetings to all Today
00:00:05
we will look at which formulation of commercial
00:00:07
oil is better at taking heat away from the parts of
00:00:10
your engine, synthetic or mineral water,
00:00:13
we recently had a very revealing
00:00:15
video with a test of different base oils for
00:00:18
friction wear and operating temperature and the
00:00:21
results were very unexpected for
00:00:23
those who have not yet watched the link will be in
00:00:26
in the description, some physical processes
00:00:29
from this video caused surprise and
00:00:31
cognitive dissonance in the community of
00:00:33
mineral oil lovers, since
00:00:35
according to our tests with the heat capacity and
00:00:38
thermal conductivity of mineral oils,
00:00:41
everything turned out to be very bad once again;
00:00:43
moreover, the conclusion of the Chevron company, a
00:00:46
global manufacturer of base oils
00:00:49
that you now see on The screen also
00:00:51
turned out to be unconvincing for Mineralka fans,
00:00:53
in a nutshell. The
00:00:56
conclusion says that pao oils have a
00:00:58
higher specific heat capacity. Which
00:01:01
means that the base absorbs
00:01:04
heat better; moreover, the oil can
00:01:07
conduct 20 percent more heat
00:01:10
than mineral oil for better
00:01:13
heat removal from the results of our tests and even the
00:01:16
conclusions of the Chevron company could not
00:01:19
agree with the community of
00:01:20
mineral oil lovers; they quickly
00:01:23
rushed to the rescue and collected the necessary
00:01:25
budget for their laboratory and even
00:01:28
road studies in order to
00:01:30
refute our data. Let's
00:01:32
see what they got and
00:01:34
then, for the purity of the experiment, we ourselves
00:01:37
will conduct a comparative test of commercial
00:01:39
oils on a synthetic and mineral
00:01:42
base, let me remind you that we are interested in which
00:01:45
formulation has the best heat capacity and
00:01:48
thermal conductivity, the community of
00:01:49
mineral oil lovers, to determine
00:01:51
the leaders in thermal conductivity and heat capacity,
00:01:54
contacted a specialized
00:01:56
BMW laboratory service
00:01:59
specialized installation Polaris
00:02:02
1720 cgld in the amount of two units with
00:02:07
the ability to heat the liquid up to 100
00:02:09
degrees if you suddenly it seemed that
00:02:11
this was an ordinary Chinese kettle, I'm afraid
00:02:14
to disappoint you, this is exactly the installation
00:02:17
thanks to which you can very accurately
00:02:19
determine the heat capacity of the liquid to
00:02:22
comply with the frequency of the experiment data; the
00:02:25
specialized device was
00:02:26
additionally modified with a certain
00:02:29
high-precision element in the form of a
00:02:31
boiler; for obvious reasons,
00:02:33
pao ester extreme 0.5 was purchased
00:02:37
gtv And paired with it is a crap mineral water,
00:02:41
according to the head of the BMW service laboratory,
00:02:44
the truth is, for some reason they didn’t tell us the brand viscosity and other
00:02:46
technical data.
00:02:49
Well, let’s look at the
00:02:51
results of the first test
00:02:53
on the Polaris installation, the BMW
00:02:56
service laboratory gets the same results,
00:02:59
I read the results verbatim
00:03:02
using the built-in heater,
00:03:03
the difference between pao plus esters versus golim
00:03:06
Mineralka is something around 1
00:03:08
degree visually, the thermal imager barely
00:03:11
distinguishes them, I can assume that the
00:03:13
strong contrast in the
00:03:16
color of the oil itself may play a certain role in the second test when
00:03:19
heated with an additional high-precision heating element, the
00:03:21
extreme on pohuela stereo recipe was
00:03:24
completely inferior 2-3 degrees of the same
00:03:27
nameless rubbish Mineral Oil, according to the
00:03:29
laboratory, naturally, given the level of the
00:03:33
laboratory, one test would not be enough,
00:03:35
so the community of mineral
00:03:38
oil lovers decided to go to the bank and conduct
00:03:41
expensive bench tests on a
00:03:43
BMW engine, everything is very serious. Let's
00:03:47
take a look at the results, we were shown a
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piece of video of an uninstalled
00:03:51
car filled with some
00:03:54
nameless mineral water in the engine where, standing still, they
00:03:57
gassed the engine at cut-off and, as a
00:03:59
result, they showed a graph of solidification
00:04:02
heating with temperatures and time,
00:04:04
thank you As they say, that’s it
00:04:06
because the next day the results for the
00:04:08
extreme oil were posted simply in the form of a
00:04:11
picture with the following the commentary further
00:04:14
verbatim, the dynamics of heating and cooling were measured for two types of oils in the internal combustion engine;
00:04:17
they
00:04:20
coincided within the limits of measurement error; otherwise it
00:04:22
would even be strange to suggest.
00:04:24
Honestly, I want to say only one thing
00:04:29
in these tests, absolutely everything was great
00:04:33
[music] I
00:04:40
suggest you draw your own conclusions
00:04:42
and move on to the results of our tests, I
00:04:46
turned to a specialized
00:04:47
laboratory and ordered quite expensive
00:04:50
testing to determine the
00:04:51
thermal conductivity and heat capacity of oils, as
00:04:55
well as their heating and cooling times.
00:04:57
Despite the fact that the tests were carried out by
00:05:00
specialized laboratories, the
00:05:02
results obtained are nevertheless easily
00:05:04
interpreted and applied for
00:05:06
use in an internal
00:05:08
combustion engine for the test, we sent the oil
00:05:11
that we use ourselves, namely
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extreme-05w-40 GTR with a composition of 70
00:05:18
percent pao and 10 percent ester, and
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to protect the interests of the community of
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mineral oil lovers, we took not bare
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mineral water, but a quality product from a
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manufacturer to which there cannot be
00:05:30
any questions This is Lukoil standard
00:05:33
15 W40 made 90% from the purest
00:05:37
mineral base of the first group of
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Lukoil production. I believe that this is the
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best representative of mineral oils and
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its performance should definitely be
00:05:47
better than that same nameless golim
00:05:49
Mineralka that participated in the test from the
00:05:52
community of mineral oil lovers is
00:05:54
now on the screen you see the main
00:05:57
indicators of oils necessary for
00:05:59
carrying out thermophysical calculations,
00:06:02
what these data give us, for example, is that
00:06:07
Lukoil has the highest density at 15 and 20 degrees, and this is understandable since the
00:06:10
recipe uses a highly viscous
00:06:12
base oil of the first group, for example
00:06:15
sn-500 or 650, which is bad whether this is true or not, we
00:06:19
will find out with you further What is interesting is
00:06:21
that extreme at 100 degrees is 11 percent
00:06:24
thicker than Lukoil, but at the same time a
00:06:27
combination of low-viscosity base oils
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4.6 anti-stokes with a small amount of
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technological polymer from the
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evanic company is made, logically with a higher
00:06:37
viscosity Which means from A thicker
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film of extreme oil should
00:06:41
create more friction and, as
00:06:44
a result, the operating temperature should increase,
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and the engine needs to apply more efficiency to pump
00:06:48
such oil through the lubrication system. It turns
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out that extreme oil
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is already initially in a losing
00:06:59
position, the first test is for the heating time of the
00:07:01
liquid degrees comparative
00:07:03
tests to determine the temperature
00:07:05
dependences of motor oils under
00:07:07
heating and cooling conditions were carried out in a
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climatic chamber leveling
00:07:12
temperature fluctuations, in order to record the
00:07:14
current temperature, a
00:07:17
centered thermocouple was placed inside the flask, look
00:07:20
at the results, the heating time to 100
00:07:22
degrees was required for both candidates,
00:07:24
but the power to heat
00:07:27
the base to 100 degrees it took
00:07:29
more And this despite the fact that Extreme has a
00:07:32
lower density than Lukoil and Pay
00:07:35
attention to how the
00:07:37
tested oils heat up to 85 degrees. The
00:07:41
leader in heating is followed by Lukoil.
00:07:44
But after the sixth minute the situation
00:07:46
changes and Lukoil, which was second,
00:07:49
began to accelerate in heating. can be
00:07:52
explained, for example, by the fact that PAO
00:07:54
ester extreme has a higher
00:07:56
heat capacity compared to Lukoil.
00:07:58
However, the elm sample also has an important effect
00:08:02
at elevated temperatures,
00:08:04
the viscosity of mineral Lukoil drops, which
00:08:07
increases the rate of contact with
00:08:09
the environment, resulting in heating
00:08:11
faster if the Test was not
00:08:14
up to 100 degrees moreover, the difference
00:08:16
between Lukoil and power extreme
00:08:19
would continue to increase, which in
00:08:21
principle is confirmed by our road
00:08:23
test of the Golf GTI which at a speed of under
00:08:26
300 km/h in comparison with hydrocracking
00:08:29
Lukoil in a real engine had a
00:08:32
difference of about 15 degrees, all this
00:08:35
is explained by a parameter called
00:08:37
heat capacity - This is the
00:08:39
amount of heat absorbed by the body when
00:08:42
heated by 1°. why this is important depends on
00:08:45
how quickly the oil will take away the
00:08:48
generated heat from the friction pairs and, when
00:08:50
cooled, release it, the higher will be
00:08:52
not only the service life of the oil itself but also the
00:08:55
engine elements themselves, that is, the
00:08:57
cooling process and protection against overheating of parts
00:09:00
is ensured by
00:09:02
the heat capacity of the oil, again if the oil is
00:09:04
not holds the load,
00:09:07
boundary friction may occur, accompanied by a sharp
00:09:10
jump in temperature, which the oil with a
00:09:12
lower heat capacity will not be able to quickly
00:09:14
pick up, which will heat it and the
00:09:16
engine parts even more, which we see in
00:09:20
practice in the laboratory, the heat capacity of the
00:09:22
samples provided was calculated
00:09:24
using formulas derived for various
00:09:27
types of petroleum products and their mixtures on
00:09:29
Based on statistical and
00:09:32
experimental data, there were a total of five
00:09:34
calculations, which are summarized in the following
00:09:37
table. The results of the calculations for each
00:09:39
method and the average value you see
00:09:41
on the screen, you can see that the
00:09:44
heat capacity of extreme power oils is
00:09:47
higher. This means that the Paula of the
00:09:50
old formulation absorbs more heat
00:09:52
than the mineral Lukoil do you like this
00:09:55
or not, but due to its lower density and
00:09:58
higher viscosity, extreme
00:10:00
heats up faster at first, but then goes into
00:10:03
slow heating mode in the roller
00:10:06
prosthesis of base oils. I was just talking about the
00:10:08
fact that extreme oils
00:10:10
heat up slowly already at operating and
00:10:13
extreme temperatures and at the same time
00:10:15
very quickly cool, this has been tested
00:10:18
repeatedly on the track, this, by the way,
00:10:21
confirms real road tests of a
00:10:23
huge number of car owners
00:10:25
using this powerway oil. The
00:10:28
following test was for the time the
00:10:31
oil cooled from 100 to 40 degrees. And how
00:10:34
perfectly we see extreme does it
00:10:36
faster from the very beginning to the end of
00:10:38
the measurement, and this is a laboratory in a static,
00:10:42
no-load, quiet environment without
00:10:45
additional circulation and cooling of the
00:10:47
oil. And in practice, in a real
00:10:50
car, the results would be even
00:10:52
more different. We see such rapid cooling
00:10:55
due to such a physical
00:10:57
property as thermal conductivity, that is,
00:10:59
how quickly the oil can give off heat. The
00:11:02
calculation was made in two ways. The
00:11:05
results are on the screen. and again we see how the
00:11:08
Power Starve formulation has better
00:11:10
thermal conductivity compared to high-
00:11:12
quality mineral water from a very
00:11:14
reputable manufacturer. If
00:11:16
we summarize all of the above, it is the
00:11:19
formulations based on base oils of the fourth
00:11:21
fifth group that will be ideal in
00:11:24
terms of the efficiency of heat absorption from
00:11:27
engine parts and further
00:11:30
heat transfer during cooling. This means that
00:11:33
lower oil temperatures
00:11:34
contribute to better cooling of the
00:11:37
engine, which will have a very positive effect
00:11:39
on the durability of all its elements,
00:11:42
including the durability of the
00:11:44
oil itself. Let me remind you that we carried out a
00:11:47
laboratory test in static
00:11:49
conditions and under ideal conditions. And in real
00:11:51
engines the difference will be even more obvious.
00:11:54
By the way, it is statistics that give the general
00:11:57
understanding whether
00:11:59
the oil as a whole is effective or not, different engines,
00:12:02
different conditions, temperature conditions and
00:12:06
operating conditions are all different for everyone,
00:12:08
and according to our statistics, we can
00:12:11
confidently say that with high-quality PAO
00:12:14
ester formulations there is indeed a
00:12:16
decrease in the operating temperature of the
00:12:19
oil both during civil operation
00:12:21
and during aggressive track driving, the
00:12:24
difference in temperature reduction on average,
00:12:27
I repeat again, is on average 5-6 degrees.
00:12:31
That is, if with hydrocracking oil
00:12:34
most owners had a temperature in the
00:12:36
operating range of 100°, then with
00:12:39
PAO ester extreme oils the temperature
00:12:42
drops to
00:12:43
94-96 degrees with proper operation
00:12:47
cooling system, this is a very important
00:12:49
point on a clogged radiator with poor
00:12:52
coolant, a dirty engine
00:12:54
both inside and outside, even the
00:12:57
coolest oil will not reduce the temperature,
00:13:00
heat transfer will be disrupted. But with an aggressive
00:13:03
driving style, as in this video where the
00:13:06
GTI accelerated to almost 300 km/h, the difference
00:13:10
in comparison with hydrocracking Lukoil
00:13:12
it was already 15 degrees in conclusion,
00:13:17
this is what I wanted to say. Our tests
00:13:19
have repeatedly shown the advantages of
00:13:22
PAOBAS, which shows both lower
00:13:25
oil temperature and higher pressure and
00:13:28
clean engines, not only laboratory but
00:13:31
also road tests on my personal
00:13:33
cars for auto mechanics
00:13:36
athletes and just subscribers who
00:13:38
trust us for today I have everything
00:13:41
Take care of yourself Take care of your loved ones
00:13:44
Take care of your cars check all the
00:13:47
information see you soon See you again

Description:

Купить ТОПовые рецептуры масел с гарантией качества, можно в нашем магазине: https://extreme-oil55.ru/ https://www.ozon.ru/seller/projectx-887600/avtotovary-8500/?miniapp=seller_887600 Автомобили с аукционов Японии и Южной Кореи. Отправка в любой регион России. Япония Экспорт Омск. YouTube канал Япония Экспорт - Авто из Японии: https://www.youtube.com/channel/UCuMPfSQkjN1r96fypL4N-hw Группа в VK: https://vk.com/japanexport Наш сайт: http://japanexport55.ru/ Наш Telegram канал: https://t.me/projectx55 Сегодня рассмотрим, какая рецептура товарного масла лучше забирает тепло, от деталей вашего двигателя – синтетика или минералка? Тест. Какое масло лучше? Синтетика, гидрокрекинг или минералка. https://www.youtube.com/watch?v=fOOC2lck6dQ Выдержит ли Лукойл 280 км\ч в GOLF R на STAGE 2+ 360 л.с.? Анализ, износ, критическая температура https://www.youtube.com/watch?v=BysUy8DKO3o

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