An improved version of this product would be to use cork instead of styrofoam for the core. Then both the magnesium oxide boards and insulating core would be natural materials that are both hydrophobic as well as vapor open (breathable). Cork would also offer better sound insulation than the foam.
I saw on The Build Show (Matt Risinger) he covered a house that had interior and exterior cork used with traditional stick framing. Apparently, the thick cork hold up well outside and gets a patina as it ages.
@@speedywalden No, it wouldn't, seeing as the fireproofing comes from the magnesium oxide boards alone. And when it comes to the core material itself: On the one hand, there is styrofoam, which is an aerated plastic that lights up like jet fuel when ignited and quickly spreads the flame, which melts the foam to nothing in very little time. On the other hand, there is cork, the expanded bark of the cork oak tree, which is fire resistant in its own right. It is well-known to be slow to ignite and is a slow-burner, which greatly restricts flame spread. All in all, the exact opposite of what you said is true. Replacing the styrofoam with cork would _increase_ the panels' fire rating, as the cork would not detract from the magnesium boards' inherent fire resistance (like styrofoam does) but would supplement it by being slow to ignition and slow to burn. Cork's own inherent fire resistance would also greatly increase the structural integrity of the panels in the event of a fire, as the cork core would remain intact and relatively unharmed, whereas the styrofoam core would be virtually nonexistent. The structure with the melted foam core would, in all liklihood, collapse under its own weight and missing its stabilizing core, endangering anyone remaining inside.
@@speedywalden It's not a story. It's quite literally documented fact that would be easy to disprove if I were wrong and you cared to try instead of acting like a three year old child, but you do you, I guess.
Great job
Красавчики 🎉
Great product!!! I would love to see the prints!!!
Could Ihave your E-mail or Whatsapp？
Bom dia. Este tipo de construção tem alguma restrição? Gostaria de saber com referência ao ataque de cupins?
Is this building strong enough? Can it last? if so, can it be exported to Africa? I mean how easy is it to ship off the products and know how?
It's cSIP, they built using standard panels. You can also buy product and assemble panels. Very strong.
1:26 dude almost cut the cord 😬
good safety shoes!
New generation 2022 hahahahah
Dear friend , do you use mgo board or SIP penel ？ Kindly let me know more about your E-mail or WhatsApp , I could share more information with you
Tem no Brasil?
Tem sim
Só q ois q eu vi no lugar de colo ais vigotas como pilar usar ais colunas mesmo e concreta
😅
Where is this product?
Could I have your Email or whatsapp ?
360P?
Kindly let me know more about your E-mail or WhatsApp , I could share more information with you
An improved version of this product would be to use cork instead of styrofoam for the core. Then both the magnesium oxide boards and insulating core would be natural materials that are both hydrophobic as well as vapor open (breathable). Cork would also offer better sound insulation than the foam.
I saw on The Build Show (Matt Risinger) he covered a house that had interior and exterior cork used with traditional stick framing. Apparently, the thick cork hold up well outside and gets a patina as it ages.
These panels have a crazy fireproof rating both inside and out, which is their biggest appeal. Cork would make these worthless in that aspect.
@@speedywalden No, it wouldn't, seeing as the fireproofing comes from the magnesium oxide boards alone.
And when it comes to the core material itself: On the one hand, there is styrofoam, which is an aerated plastic that lights up like jet fuel when ignited and quickly spreads the flame, which melts the foam to nothing in very little time. On the other hand, there is cork, the expanded bark of the cork oak tree, which is fire resistant in its own right. It is well-known to be slow to ignite and is a slow-burner, which greatly restricts flame spread.
All in all, the exact opposite of what you said is true. Replacing the styrofoam with cork would _increase_ the panels' fire rating, as the cork would not detract from the magnesium boards' inherent fire resistance (like styrofoam does) but would supplement it by being slow to ignition and slow to burn.
Cork's own inherent fire resistance would also greatly increase the structural integrity of the panels in the event of a fire, as the cork core would remain intact and relatively unharmed, whereas the styrofoam core would be virtually nonexistent. The structure with the melted foam core would, in all liklihood, collapse under its own weight and missing its stabilizing core, endangering anyone remaining inside.
@@HickoryDickory86 good luck with that story
@@speedywalden It's not a story. It's quite literally documented fact that would be easy to disprove if I were wrong and you cared to try instead of acting like a three year old child, but you do you, I guess.
What kind of sips are those?