Workers understand the sounds, they are crazy 🤪 too.

Very clever, actually - diff machines or areas have different warnings, and the sound intent is clear to us yet they don't increase stress levels like standard warning horns do.

I would kick my own ass if i had to listen to this crap all day 🤣

@@Alpejohn both feet? At the same time?😳👀😳

@@galewinds7696 yep, ninja 🥷 style😂

I work at a factory where we make the same elements, and i have to agree, this was a very nice factory. It looks pretty new also, and they have nice new equipment. In our factory alot of the equipment is pretty old.

its concrete not cement, do you call a cake or bread flour?

With my vast knowledge, and the comfort of my arm chair, I will say they’re doing it completely wrong. Needs more cow bell. 🤔

Yes, technology is much more advanced

What do you mean with "in the past"? When did you start cutting it into requierd lenghts? I have been working in a concrete plant for 18 years now where we make these elements, and we have cut them to required size all the time, and its been done since the 1980's.

they are called post tension slabs and are still made to suit the job you can not cut these you will kill yourself

@@Alpejohn The World existed long before the 1980s.

@@MrThisIsMeToo Yes…. And?

@@to-vb6jl 그래도 다른 제조업 공장보단 단순하고 수월해서요. 제조업은 자동로봇이 곳곳에 들어가야돼서 투자및 유지하기가 더힘들어요.

В конце видно, что они потом все бетоном заливают. Чтобы он внутрь плиты попал.

If i where to guess, its to make the concrete poured on top after they are put in place have a good bond. In our factory we dont do this.

The span will be concreted in later. Notice the rebar hooks next to it that will join the new concrete layer to the one below.

I had the same thought. It looks to be about 100 mm max. If you look later in the video from the drone footage, you can see workers pouring and levelling the top layer. You can also see that they have poured concrete into the holes and gaps, which explains the black plastic plugs that were inserted. Back to the 100 mm being enough, I would hope that there was rebar fed through into the ends of the beams after being placed. If there was any deviation or failure at one point, it would collapse like a house of cards. Excellent in showing the manufacturing process though.

Já funcionam por aqui desde década de 60's !

@@pedrocampos2965 Boa tarde, obrigada.

You *_cannot buy it_* easily with no money.

He was doing the health and safety squint. He will be fine.

Around 8:50 goggles found!

Они прищуривают глаза, этого, видимо, достаточно

За счет пустот , которые заливаются после монтажа, и арматур поверх плит сечение увеличивается многократно, и воспринимают все расчетные нагрузки. А монтажное опирание должно выдерживать собственный вес плиты, кстати оно армированное.

They probably put rebar into the end of the element, so it sticks out and gets casted together with the rebar sticking up from the beam they lay them on to secure it all in place. As seen at 13:40

если смотреть внимательно, то в конце показано бетонирование этого всего , при этом в пустоты на определенную длину загоняют бетон и возможно арматуру и получают "жесткое " соединение с ригелем и плитой

может быть заложена некоторая подвижность конструкции... или потом стыки заливают....

Distribution center

They will add another layer of concrete next to the span and inside the ends that will lock it in place. Notice the curved rebar hooks that will join the new layer to the previous one.

There is a small fulcrum for the slab, and the fact that the concrete will be poured will not play a special role...

They found them at 8:50

We can deliver up to 16-17 meter lenghts depending on the thickness of the element. 😛

You are correct. There has to be a single slab pour to tie everything together

이민자입니다

5 см там точно есть, но выглядит как то ненадежно. И непонятно зачем дыры сверху пробили. Думал может для монтажа краном цеплять, но нет.