We hung drywall in a new wing of a hospital that was to be the X-ray laboratory. Every sheet had either 1/8 inch or 1/4 inch of lead backing on it, depending on its location. Needless to say, hanging 8, 10, and 12 feet sheets of that all day really makes you second guess your choice of employment, believe that!
At the sheetrock manufacturing company I worked for, I was a board plant operator. Had to know all the jobs on both lines. (Was also on the Safety team and we went down in the mine once a month.) The lines were 800' long, the knife could be configured to cut any length board between 7'1" to 16' long. If you wanted 30,000 boards cut 11' 3 3/16" long, you got them a day or 2 later, 3 shifts working! The plant ran 24/7. All the time. It took 55 minutes to go thru the kiln. One line ran 147'/minute on 5/8" and 165'/minute on 1/2", the other line ran 202'/minute 1/2" and 3/8".
Well produced video. One thing that might be added is the fact that the edges of the panels are tapered during manufacturing to enable the mudding and taping operation to be facilitated.
Been in a gypsum board plant and a cement board and cement products plant for some IT work they needed done. First thing, the facility manager was proud to give us a full guided tour at each. It's always cool to see how products we have in our homes and even use ourselves are made!
Did you know that in Ontario, Canada, the major source of gypsum for drywall was De-Sulpho-Gysum, which was not mined from the ground. Instead, it all came from Lambton Generating Station, a clean coal power plant that produced it as a byproduct in the flue gas scrubber process where acid-gas was removed from the effluent stream. How's that for sustainability and eco-responsibility!
@@KevinMaxwell-o3t Absolutely, but sadly the plant was closed in 2013, despite being one of the cleanest coal plants in the world. Sometimes science and politics simply don't converge.
@@carlosanvito But a weakness of the gypsum produced from fue gas is that there is more free sulfer in it. With time, the gypsum board will gain moisture, and it will give off a faint odor from the free sulfer.
I’ve been hanging for 40 years full time. I have noticed the quality has gone down. #1 it doesn’t cut and snap clean like it used to. #2 I have many times found board that the backside is delaminating.#3 I’m not sold on the recycled paper. It used to not be that way and board was better. #4 I have never in my lifetime seen gypsum board packaged and shipped like the video illustrated. One good thing I could say is that they have lightened the board and made it more sag resistant than it used to be.
Plasterboard is a non-shrinking material that prevents the fast spread of fire. It is easy to cut it and easy to fill gaps and joints. The plasterboard surface is ready for coating. The product is strong enough for most purposes when you use the right type of screws. The screw should be trumpet-shaped so that the surface cardboard doesn't break. Small objects can be attached to it and the fastening of heavier parts is planned in advance to the wall frame. And above all, the product is cheap.
Right! People can complain all they like about plasterboard being inferior to European housing... But they don't need to build housing for 300 million people in just 200 years AND open core walls have WONDERFUL usage for piping and wiring. Walls you can take down or put up AFTER construction and more. Sure, it's weak compared to a classic European house wall...that's a PERK not a bug.
Im always curious to know what the next interior sheeting/finishing will be. It’s got big shoes to fill. Drywall has a lot of great properties that you have mentioned.
And they also have several different size balls in there to crush the gypsum rock as it goes thru the rotating kilns. Right off hand, I can not remember how much time it took the rock going in till the time the powder came out.
Natural gypsum is rarely used in plasterboard because it can contain radiation. Smoke degassing plaster is much better and lowers the CO footprint even better Other materials are also added to the plaster, such as detergent and starch, to facilitate processing. From someone with experience.
Disagree on some of your arguments: Natural gypsum is used often as main source of gypsum, such as in Russia, Maroc, Europe and U.S. Radioactivity is not an issue of natural gypsum. It's more of an issue, when using phospho-gypsum, where radioactive trace elementes of phosphat ore tailings make their way into the phospho-gypsum. FDG-Resources are becoming smaller as countries in Europe transition from fossil coal to renewable energy. Knauf recently closed a factory in the Saarland Region because the coal fired powerplant next to it was shut down. The video does not show the need of a stucco cooler in beteween the calcination and the board plant for a continous process. After calcination, the stucco temperature needs to be reduced from approx. 150°C to 80°C. Rotary kilns as shown in the video are rarly used for plaster boards. Most likely, a flash-calciner, kettle or combined milling & calcining is uses for plaster board.
I used to work in a wallboard manufacturing plant for more years than I care to remember. We added sugar to help the slurry mix to cure, and as you know sugar attracts ants, and we also put in an ant killer to kill the ants
The producer of this video wisely avoided using a _brand name_ of drywall so not to get YT in a copyright tussle, but I will write it here: "Sheetrock."
It depends upon the product and its intended usage. For moisture resistance, a non-permeable fiber, such as fiberglass might be used, for general strength, cellulose fiber frequently can be used. In ancient troweled on plaster walls, frequently horse hair was used. The fiber adds strength.
Because they typically use sheets of lead to overlay the walls with.. I've did demolition for a company were we demolished a medical center with an x ray room.. I was the one rolling up the sheets of lead..
You can buy one sheet at a time if you want, at any store that sells wallboard. Sit down before I tell you this. You ready? OK, here goes....Our price as employees of where it's made is 50 cents for a 4' X 8' sheet, doesn't matter if it is 1/4", 3/8", 1/2" or 5/8". But it can only be for your own use, you are not supposed to be the neighborhood supply.
It is treated with a chemical that resists mold growth. We call it fungi-block. The green dye is added just so you can tell the difference in what paper is treated with fungi-block and what isn't. Depends on the manufacturer of the paper as to what color it is as well. It can be green or "blue" which is really a purple color but we call it blue for some reason. The paper is 100% recycled out of boxes from retail, grocery stores, or recycle facilities. Walmart, Costco, etc. Some paper mills use a white coating on the side of the paper that gets painted once it is finished into drywall and some paper mills use recycled newspaper, paper plates, notebook paper, etc. You can tell the difference if you get a sheet of drywall and it's pure white then it's treated to turn it white or if you look closely and see red, blue, green, brown dots on it then it's made with recycled newspaper etc. So that pizza box you threw in the recycle bin will most likely end up on somebody's bedroom wall one day.
Greenboard is not intended as a "ready to paint" item within itself. It's use is as a substrate for wall tile. But Durorock and Densglass has mostly taken it's place over the past 25 years (as a substrate for tile). And currently it is thought of as a humidity resistant (not waterproof) ready to paint product.
In Europe many thermal power plants produce, as by-produt of the flue gas scrubbing process, artificyal gypsum, as already Carlo Sanvito and others have said in their comments. The quantity produced is tipically in the range of hundreds of of tons per day and this material should be dumped and buried in the mines where the coal to fire the power plants was produced. (you can immagine the cost just to transport it!!) Instead the European leading manufacturers of drywall end up building a producing plant next to the power station and, for free, they able to source the raw material for their panels. A very sound, echological process that minimize all envoroimental impacts!
@@timsmith8506 I used to work at a building supply company and was a carpenter. Sometimes it used over the top of cracked or damaged plasterboard. It is easier to cover it than to remove the old material. Just one use.
Recycling is a component this industry has almost totally fallen down on. It has missed the boat on huge opportunities to recycle its products. Apparently too lazy or just too myopically focused on profit generation to explore possibilities. I worked in the building supply retail sector for many years. When a transport truck of drywall board was unloaded, being that the truck was then empty, the drywall strip “crossers” that had supported lifts of board in the retail warehouse, which then had no purpose after the board was shipped out, were loaded for return to the manufacturer. This small amount of waste drywall was, I assume, recycled at the factory. But that was all. All the waste drywall board from job sites was hauled to landfills. That takes up a huge volume of landfill space, all for a lack of will to recycle it. If the manufacturer had supplied a dump bin to each retailer, contractors would have returned the scrap drywall, of which an average job generates a lot, rather than pay to unload it at a landfill. The bin could have been hauled back to the manufacturer on the empty truck returning to the factory. I’m sure some Darren Downer type efficiency expert would poke holes in such an initiative but even if it was fiscally neutral it could still be a win/win all around. I get the impression there isn’t a lot of creative initiative thinking in the drywall industry.
Perfect, you go and do that. And if you lose money, just mortgage your house. It's for the good of the planet. And hey it's only money. And you are not greedy and do not want make a profit. Why not apply for a grant and have tax payers pay for your great idea? I will check in a few month and see if you have started your business recycling drywall. 😂😂 Show those greedy corporations how is done. They only make money and employ thousands of men and women. Brrrrr. That must really give you nightmares. We need more rules and regulations so this can not go on. Force them to be good stewards of the planet so you can feel good while achieving nothing.🎉🎉
At drywall plants there are huge piles of waste drywall from the manufacturing process. Some of this is “recycled” back into the process. I don’t know if I would classify it as actual recycling, but the plants do. They’d rather not use it because it’s more work than it’s worth, but it’s what they do.
A very forgiving material yes, but it’s god awful heavy, makes a huge mess and is stupid expensive to finish it. I’ll leave it to the professionals before I hang another piece of drywall.
Replacing panes can be a pain but they keep out the rane, deadens the sound of the freight trane going by down on mane street which is a two lain highway and always use gane detergent to clean them. Now I got to hang some wetwall.
Sorry, I thought this video was kinda lame. It was just the simple basic's and really didn't tell you that much. I'm guessing that a lot of it is proprietary information not available to the general public. Nice try though.
I only have one real question to ask you have you ever been in a sheetrock plant have you ever worked in a sheetrock plant I doubt that would you know is what you learned from a book I would have to say this production is pathetic it covers nothing of how sheetrock is really made in the process gone through to make it. It barely touches on the bare minimum of making sheetrock
Paper lined drywall is rubbish, it crumbles easily and nothing can be fixed without a stud behind, FERMACELL is the better alternative , it can handle a knock and reasonably heavy things can be screwed onto it without problem. Funny how some poorly performing products have so much popularity.
💙 thanks 💙 Clay and Hay Mixed & used in "Yazd" zoroastrian Persian city for : Over 4.000 year ,💙 And it's form of Building is for Keeping habitat Cool in hot weather And restore food for Longer time...this Principal of AIR Circulation used In Air-conditioning Nowadays 👉 even It's architectural Form of it has been Blueprint for almost All religion gathering Allover the world, and Continue to be The choice of Most people .💙.
We hung drywall in a new wing of a hospital that was to be the X-ray laboratory. Every sheet had either 1/8 inch or 1/4 inch of lead backing on it, depending on its location. Needless to say, hanging 8, 10, and 12 feet sheets of that all day really makes you second guess your choice of employment, believe that!
At the sheetrock manufacturing company I worked for, I was a board plant operator. Had to know all the jobs on both lines. (Was also on the Safety team and we went down in the mine once a month.) The lines were 800' long, the knife could be configured to cut any length board between 7'1" to 16' long. If you wanted 30,000 boards cut 11' 3 3/16" long, you got them a day or 2 later, 3 shifts working! The plant ran 24/7. All the time. It took 55 minutes to go thru the kiln. One line ran 147'/minute on 5/8" and 165'/minute on 1/2", the other line ran 202'/minute 1/2" and 3/8".
Professionally produced and narrated with a academic voice.. No annoying music.
Didn’t see any employees .
Well produced video. One thing that might be added is the fact that the edges of the panels are tapered during manufacturing to enable the mudding and taping operation to be facilitated.
In some parts of the country it’s called “sheet rock”.
Yes true
Everybody knows sheet rock is a brand name and it’s from USC. You seem soft.
Been in a gypsum board plant and a cement board and cement products plant for some IT work they needed done. First thing, the facility manager was proud to give us a full guided tour at each.
It's always cool to see how products we have in our homes and even use ourselves are made!
Did you know that in Ontario, Canada, the major source of gypsum for drywall was De-Sulpho-Gysum, which was not mined from the ground. Instead, it all came from Lambton Generating Station, a clean coal power plant that produced it as a byproduct in the flue gas scrubber process where acid-gas was removed from the effluent stream. How's that for sustainability and eco-responsibility!
Really? I didn't know that!
@@KevinMaxwell-o3t Absolutely, but sadly the plant was closed in 2013, despite being one of the cleanest coal plants in the world. Sometimes science and politics simply don't converge.
Gypsum is still mined and made into drywall in Hagersville
Don't they react it with limestone which DOES come from the ground.
@@carlosanvito But a weakness of the gypsum produced from fue gas is that there is more free sulfer in it. With time, the gypsum board will gain moisture, and it will give off a faint odor from the free sulfer.
I’ve been hanging for 40 years full time. I have noticed the quality has gone down. #1 it doesn’t cut and snap clean like it used to. #2 I have many times found board that the backside is delaminating.#3 I’m not sold on the recycled paper. It used to not be that way and board was better. #4 I have never in my lifetime seen gypsum board packaged and shipped like the video illustrated. One good thing I could say is that they have lightened the board and made it more sag resistant than it used to be.
Your a better man than me. Did he say LIGHTWEIGHT. If your Hercules it is.
Username checks out.
Interesting
I feel like you’re soft you seem like you’ve only hung drywall for 40 years and you have no other idea how to finish or anything else
For 40 yrs experience one would imagine you’d catch on to the fact your final sentence answers why #1 occurs.
Heck yea, subjects like this is why i've been subbed
3:51 good to see he has his safety boots on 😂
Plasterboard is a non-shrinking material that prevents the fast spread of fire. It is easy to cut it and easy to fill gaps and joints. The plasterboard surface is ready for coating.
The product is strong enough for most purposes when you use the right type of screws. The screw should be trumpet-shaped so that the surface cardboard doesn't break. Small objects can be attached to it and the fastening of heavier parts is planned in advance to the wall frame.
And above all, the product is cheap.
Right!
People can complain all they like about plasterboard being inferior to European housing...
But they don't need to build housing for 300 million people in just 200 years AND open core walls have WONDERFUL usage for piping and wiring.
Walls you can take down or put up AFTER construction and more.
Sure, it's weak compared to a classic European house wall...that's a PERK not a bug.
Im always curious to know what the next interior sheeting/finishing will be. It’s got big shoes to fill. Drywall has a lot of great properties that you have mentioned.
worked there when I was young......that's the cleanest plant I've ever seen
As always your productions are among the the very finest.
Kudos to all of you !
From: Pittsburgh Pennsylvania, USA
Drywall is now my favorite thing on earth because of this video.
Good one!😂
Those giant rotating kilns were trippy. Never seen that.
And they also have several different size balls in there to crush the gypsum rock as it goes thru the rotating kilns. Right off hand, I can not remember how much time it took the rock going in till the time the powder came out.
1:17 looks like a fun night to me.
Natural gypsum is rarely used in plasterboard because it can contain radiation. Smoke degassing plaster is much better and lowers the CO footprint even better
Other materials are also added to the plaster, such as detergent and starch, to facilitate processing. From someone with experience.
Disagree on some of your arguments:
Natural gypsum is used often as main source of gypsum, such as in Russia, Maroc, Europe and U.S. Radioactivity is not an issue of natural gypsum. It's more of an issue, when using phospho-gypsum, where radioactive trace elementes of phosphat ore tailings make their way into the phospho-gypsum.
FDG-Resources are becoming smaller as countries in Europe transition from fossil coal to renewable energy. Knauf recently closed a factory in the Saarland Region because the coal fired powerplant next to it was shut down.
The video does not show the need of a stucco cooler in beteween the calcination and the board plant for a continous process. After calcination, the stucco temperature needs to be reduced from approx. 150°C to 80°C.
Rotary kilns as shown in the video are rarly used for plaster boards. Most likely, a flash-calciner, kettle or combined milling & calcining is uses for plaster board.
I made the acid modified corn starch for this application. It's commercial name was pretty straight forward: Wallboard Binder.
Huh ? 🤡
I used to work in a wallboard manufacturing plant for more years than I care to remember. We added sugar to help the slurry mix to cure, and as you know sugar attracts ants, and we also put in an ant killer to kill the ants
Yeah, the packaging is top-notch. I've never seen that on any job in Seattle.
So they heat the gypsum to remove moisture then ad moisture to it????
Short answear: yes
doing so, you can tranform the shape of the rock into any shape you like!
Trust the process
Dry it, crush it, then turn it into a slury to spay and flatten then heat again.
The producer of this video wisely avoided using a _brand name_ of drywall so not to get YT in a copyright tussle, but I will write it here: "Sheetrock."
I worked for them! More years than I want to remember!
Good video. It seems rather odd that they dry the gypsum and then add water to make it a slurry.
What are the little fibers you see in the core when you break a part off ??
Cellulose fibre
Fiberglass
It depends upon the product and its intended usage. For moisture resistance, a non-permeable fiber, such as fiberglass might be used, for general strength, cellulose fiber frequently can be used.
In ancient troweled on plaster walls, frequently horse hair was used. The fiber adds strength.
Fiberglass for strength
Fiberglass. Just hang some for a day if you don’t believe me
A few years ago imported drywall from China was found to have low level radioactive waste blended into the core material.
you didn't say anything about lead lined drywall that are used for x-ray rooms in hospitals
probably a niche product
Because it's lined not added as part of the drywall manufacturing process, the lead is installed behind the drywall.
They glue a sheet of lead to the back
Because they typically use sheets of lead to overlay the walls with.. I've did demolition for a company were we demolished a medical center with an x ray room.. I was the one rolling up the sheets of lead..
Not a word about tapered edge 🤔
Tapered edge.
In my infinite stupidity, I just realized why drywall comes in 2's
Now I can die in peace.
I still don't know. I'm fifty and time is getting short
You can buy one sheet at a time if you want, at any store that sells wallboard.
Sit down before I tell you this. You ready? OK, here goes....Our price as employees of where it's made is 50 cents for a 4' X 8' sheet, doesn't matter if it is 1/4", 3/8", 1/2" or 5/8".
But it can only be for your own use, you are not supposed to be the neighborhood supply.
question: what is different about green board, which is used in damp locations such as bathrooms?
The paper is treated with a wax like chemical to make it moisture resistant.
It's called mold tough, resits mold in damp locations such as but not limited to bathrooms.
It is treated with a chemical that resists mold growth. We call it fungi-block. The green dye is added just so you can tell the difference in what paper is treated with fungi-block and what isn't. Depends on the manufacturer of the paper as to what color it is as well. It can be green or "blue" which is really a purple color but we call it blue for some reason. The paper is 100% recycled out of boxes from retail, grocery stores, or recycle facilities. Walmart, Costco, etc. Some paper mills use a white coating on the side of the paper that gets painted once it is finished into drywall and some paper mills use recycled newspaper, paper plates, notebook paper, etc. You can tell the difference if you get a sheet of drywall and it's pure white then it's treated to turn it white or if you look closely and see red, blue, green, brown dots on it then it's made with recycled newspaper etc. So that pizza box you threw in the recycle bin will most likely end up on somebody's bedroom wall one day.
Greenboard is not intended as a "ready to paint" item within itself. It's use is as a substrate for wall tile. But Durorock and Densglass has mostly taken it's place over the past 25 years (as a substrate for tile). And currently it is thought of as a humidity resistant (not waterproof) ready to paint product.
different additives...they add asphalt tar and a little fiberglass to the mix.....the paper is water resistant to
Inhave never seen drywall carefully packaged like that. Lol
from china...
they forgot about the crushing operation....kettles and calsiining on the mill side
In Europe many thermal power plants produce, as by-produt of the flue gas scrubbing process, artificyal gypsum, as already Carlo Sanvito and others have said in their comments. The quantity produced is tipically in the range of hundreds of of tons per day and this material should be dumped and buried in the mines where the coal to fire the power plants was produced. (you can immagine the cost just to transport it!!) Instead the European leading manufacturers of drywall end up building a producing plant next to the power station and, for free, they able to source the raw material for their panels.
A very sound, echological process that minimize all envoroimental impacts!
Panels are 1/4 inch to 5/8 inch
I’ve seen 1/4 inch in the store, but what is that actually used for?
For curved partitions and ceilings with tight radii (for instance 16 inches or smaller). In this case 2 layers of 1/4 inch gypsum board must be used
@@timsmith8506one use of 1/4” is to cover up popcorn ceilings or other texture issues.
Other thicknesses are 3/4 inch and 1 inch.
@@timsmith8506 I used to work at a building supply company and was a carpenter. Sometimes it used over the top of cracked or damaged plasterboard. It is easier to cover it than to remove the old material. Just one use.
Recycling is a component this industry has almost totally fallen down on. It has missed the boat on huge opportunities to recycle its products. Apparently too lazy or just too myopically focused on profit generation to explore possibilities. I worked in the building supply retail sector for many years. When a transport truck of drywall board was unloaded, being that the truck was then empty, the drywall strip “crossers” that had supported lifts of board in the retail warehouse, which then had no purpose after the board was shipped out, were loaded for return to the manufacturer. This small amount of waste drywall was, I assume, recycled at the factory. But that was all. All the waste drywall board from job sites was hauled to landfills. That takes up a huge volume of landfill space, all for a lack of will to recycle it. If the manufacturer had supplied a dump bin to each retailer, contractors would have returned the scrap drywall, of which an average job generates a lot, rather than pay to unload it at a landfill. The bin could have been hauled back to the manufacturer on the empty truck returning to the factory. I’m sure some Darren Downer type efficiency expert would poke holes in such an initiative but even if it was fiscally neutral it could still be a win/win all around. I get the impression there isn’t a lot of creative initiative thinking in the drywall industry.
Perfect, you go and do that. And if you lose money, just mortgage your house. It's for the good of the planet. And hey it's only money. And you are not greedy and do not want make a profit. Why not apply for a grant and have tax payers pay for your great idea?
I will check in a few month and see if you have started your business recycling drywall. 😂😂 Show those greedy corporations how is done. They only make money and employ thousands of men and women. Brrrrr. That must really give you nightmares. We need more rules and regulations so this can not go on. Force them to be good stewards of the planet so you can feel good while achieving nothing.🎉🎉
Light weight?
Yes, called Ultralight.
?
How come they don't somewant pinch it some what ,to make an easier but joint.
Like the sides are rolled .
This video just showed a "smoothwall", they didn't show a tapered edge which is much easier to finish (for me).
So if you put fluid on this then it would be called wet wall?
It is also known as "sheet rock". Tabla rocka in Spanish. Maybe Spanglish.
Would have preferred more videos that just stills of the process. Still informative however.
I love sheet rock with a side of fries and ketchup
"We have a quality control process to ensure the customer receives the best product."
*_drywall gets damaged in shipping_*
This is modern. He said 1/2 or 5/8. It used common to be a whopping 3/4 inch.
This video helped me get some sleep
interesting
No one is recycling sheet rock.
Every time it gets separated at the dump it goes back to the processing plant
At drywall plants there are huge piles of waste drywall from the manufacturing process. Some of this is “recycled” back into the process. I don’t know if I would classify it as actual recycling, but the plants do. They’d rather not use it because it’s more work than it’s worth, but it’s what they do.
Lightweight? It’s made of rock.
... "a strong light weight panel".... what?
The narrator apparently never worked with 5/8 x12' Firecode.
LMAO! Yeah right!
Did someone train an AI on Brooks Moore's voice for this?
Also known as Gibraltar Board, or Gib Board.
So they remove the moisture, add water, then remove it again? lol
A very forgiving material yes, but it’s god awful heavy, makes a huge mess and is stupid expensive to finish it. I’ll leave it to the professionals before I hang another piece of drywall.
I’ve always thought it was a waste to put this in a landfill it can all be recycled
We still live in mud houses.
Speak for yourself, I live in a wooden house
Then move out of the dessert, or jungle, and get a home that doesn't have dirt floors.
Drywall is not lightweight, and also not easy to finish unless youre a skilled tradesman.
I would like to know the history of window pains
Window *pains* are what you get when you break the glass *panes.*
Replacing panes can be a pain but they keep out the rane, deadens the sound of the freight trane going by down on mane street which is a two lain highway and always use gane detergent to clean them. Now I got to hang some wetwall.
Or when you see your reflection 😂
When it slams down on your fingers, that's window pain.
@@21stcenturyozman20 Windows pains me so much I use Linux !
Lightweight panel lol😂, this guy has never done any ceilings with 5/8 and 1 person even 2😂.
Sorry, I thought this video was kinda lame. It was just the simple basic's and really didn't tell you that much. I'm guessing that a lot of it is proprietary information not available to the general public. Nice try though.
Popsicle sticks
I only have one real question to ask you have you ever been in a sheetrock plant have you ever worked in a sheetrock plant I doubt that would you know is what you learned from a book I would have to say this production is pathetic it covers nothing of how sheetrock is really made in the process gone through to make it. It barely touches on the bare minimum of making sheetrock
So take water out. Put it back in and then pull it back out
Yes. It is a way to create uniformity and consistent structure.
Yup, that's the process!
Drywall is not really stronger.
Drywall is great, now the Mexicans have work!
I don't know why people call drywall plasterboard. And sheetrock is different than drywall.
How so? If you don’t mind explaining
Sheetrock is a trademarked name for drywall (wallboard)
AI slop: "it's important to also consider". All AI stuff is garbage
Paper lined drywall is rubbish, it crumbles easily and nothing can be fixed without a stud behind, FERMACELL is the better alternative , it can handle a knock and reasonably heavy things can be screwed onto it without problem. Funny how some poorly performing products have so much popularity.
Where are you from?
@@drywallisinmyblood I think he's from Germany. Fermacell is made there and is just gypsum board.
Huh no
💙 thanks 💙
Clay and Hay
Mixed & used in
"Yazd" zoroastrian
Persian city for :
Over 4.000 year ,💙
And it's form of
Building is for
Keeping habitat
Cool in hot weather
And restore food for
Longer time...this
Principal of AIR
Circulation used
In Air-conditioning
Nowadays 👉 even
It's architectural
Form of it has been
Blueprint for almost
All religion gathering
Allover the world, and
Continue to be
The choice of
Most people .💙.
Huh!?
Drywalls should be banned. Flimsy chalk with paper.
Then the Mexicans won’t have jobs!
Good luck with that task.
No way
Fire resistance, hahaha, not a chance every fire victim should sue this company's
Allah is Super power
Allah is fake
He is nothing.
But Jesus is KING