Rexam is a leading global beverage can maker. We are business partners to some of the world's most famous and successful consumer brands. Our vision is to be the best beverage can maker in the world.
We have 55 can making plants in more than 20 countries and employ around 8,000 people. In 2013 our sales were £3.9 billion.
Rexam is a member of the FTSE 100 and its ordinary shares are listed with the UK Listing Authority and trade on the London Stock Exchange under the symbol REX. Visit www.rexam.com for further information.
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i am amazedby how my sodas get to me
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omg
Lol
Hearing a British man say "aluminum" makes me want to punch a face.
I do not like cans. I am more with the plastic bottles. They can be opened and closed several times. So no insects like hornets can make it inside while i not drink it. Believe me, it is not funny to get stung in the mouth , thong or troath.
Ah yes more plastic, just what the world needs
This is what I call educational and inspiring material. More companies should be able to tell a great story like this. Thank you!
great video I LOVE ALUMINIUM PRODUCTS AND CANS SPECIFICALLY
the random functions followed by assembly like HTML on 2:11 was pure cringe
2:19 meikä tossa tarkistamassa perjantaiherkut
great video but you spelled and pronounced aluminum incorrectly 🤣
*THIS* is a smart industry! Something the humanity should be very proud of. Sadly, not all countries and, inside a country, not all regions recycle aluminium cans as much as they could.
Ball bought them
a can doesn’t chill faster, the aluminium just *feels* colder to the touch due to how our sensation of touch works, but the liquid inside will feel the same temperature, because it *is* the same temperature.
What a great invention! 😃👍
It's interesting how the majority of the recommended videos below this one is from engineer guy, at least for me.
You can throw an aluminum can on the street or anywhere you want and it will be in a new can in less than 3 months. It’s amazing.
cool video, but I sure do think of re/max when I see your logo. at what point of the process is the colored printing on the outside and the coating on the inside removed? at the washing stage, or is it burned off at smelting?
I do not get why more things aren't packed I'm aluminum...
And the waste products from the aluminum can be added to our drinking water which is a great way to get rid of them :)
But what about the plastic inside the can or the colored labels on the outside of the can? Wouldn’t they tint the recycling by staining the ingots?
For major users of cans it would be better if they formed the cans on site. Seems to me there are a lot of lorries delivering mainly fresh air to the drinks manufacturers.
How do you know if someone’s an engineer?…. They tell you
Ok
Music is louder then his voice
I always thought recycling was more to avoid running out of the materials and reducing trash, but I’m very surprised to learn just how much energy it saves to use recycled materials
In the states, well the one I grew up in they've been teaching it so long I remember them using CRT tv's running time as an analogue for how much energy was saved.
It depends on material cost and how many times it can be recycled. Also, most recycled versions of materials can't be used for all purposes, some have only niche applications... I'm talking from a pure cost-profit standpoint.
How do we contact your sales department?
Well this is a rabbit hole I never thought I would go down.
Renewable supplies?? How about the high voltages needed to smelt ot? Stop lying!
For a 8 year old video, this is still better than some of the newer ones.
I love this video. This is a very usefull video if someone wants to learn something about soda can. When I watch this video, I wonder that spray coating process. Which materials do you use for spray coating and which temperature do you prefer for curing operation? If you reply my question, you made me happiest person in the world.
What happens to the paint on the aluminium when cans are recycled? In the engineering guy video they were talking 70% recycle rate, here 95%, how come or which is true (as in technically possible per can)?
Came here from a video by engineerguy. Found this very informative to improve my knowedges of manufacturing processess. Currently studying first year of my Advanced Diploma at RMIT University.
really cool
Can
If only my town kept up with recycle bins, now they just don't issue trucks to take them anymore.
How many can lifetimes are in one can??!! The life cycles of a can all combined into one can? How many cans were in that one can I drank? Right? Like it's made of the corpses of so many other cans? Can someone crunch the numbers here???
For the Americans confused about the British pronunciation of aluminium, we actually spell it that way. There's a really interesting story about how it got its different names, which you should check out. And for those of you that think it sounds silly, here is a list of other silly sounding elements (please excuse the percentages, I copied the list and couldn't be bothered to go through and remove them): C Calcium, Cadmium, Californium, Cerium, C(a)esium, Chromium, Copernicium, Curium 90.3% H Helium, Hafnium, Hassium, Holmium 86.4% B Barium, Berkelium, Beryllium, Bohrium 85.3% A Americium, Actinium, Aluminium (UK) 81.8% L Lithium, Livermorium, Lutetium, Lawrencium 81.8% E Europium, Einsteinium, Erbium 80.4% P Potassium, Palladium, Polonium, Praseodymium, Promethium, Protactinium, Plutonium 80.4% U Uranium 79.8% S Sodium, Selenium, Seaborgium, Scandium, Samarium, Strontium 78.9% R Radium, Rhenium, Rhodium, Roentgenium, Ruthenium, Rubidium, Rutherfordium 78.7% G Gallium, Germanium, Gadolinium 75.6% T Titanium, Thorium, Thallium, Thulium, Terbium, Tellurium, Technetium 75.4% M Magnesium, Mendelevium, Meitnerium, Moscovium 75% I Indium, Iridium 72.9% F Francium, Fermium, Flerovium 72.5% Y Yttrium, Ytterbium 72.1% Z Zirconium 69% V Vanadium 68% O Osmium 64.3% D Dubnium, Darmstadtium, Dysprosium 63% N Niobium, Nobelium, Neodymium, Neptunium, Nihonium 62.8
And thats also the way most languages call it...
Great animation, terrible audio.
Saudades! Trabalhei na Rexam!
From renewable energy hey? Any evidence for that?
Could do with turning down the sound effects a little, it felt like the narrator was fighting to be heard at times Otherwise a great video
So why aren’t all drinks sold in cans and not plastic?
Now that's some ingenious design
Why is there HTML flying around in the background?
Funny how many Finns comment here. They are excellent at recycling cans because you are charged 15 cents for the can when you buy the drink inside and you get that 15 cents back when you take the cans back to the store.
kzread.info/dash/bejne/m6aOztWtqqyudNo.html make money from your recycling in Finland
Cool! Now we have the source code to make cans: <!DOCTYPE html> <html> <body> <h2>An ordered HTML list</h2> <ol> <li>Coffee</li> <li>Tea</li> <li>Milk</li> </ol> </body> </html> <!DOCTYPE html> <html> <body> <h2>A Nested List</h2> <ul> <li>Coffee</li> <li>Tea <ul> <li>Black tea</li> <li>Green tea <ul> <li>China</li> <li>Africa</li> </ul> </li> </ul> </li> <li>Milk</li> </ul> </body> </html>
Why don't you sell subscription based manufacturing lines with supervisors for filling factories instead of shipping it to filling and polluting the planet? You could save spending and gain more.
The can prints being quality checked at 2:19 are Finnish "Karhu" (="Bear") 33cl beer cans which are extremely ubiquitous here 😏🐻🍺 upload.wikimedia.org/wikipedia/commons/6/67/Karhu.jpg