Transforming Toilet Paper: From Soft to Solid to Rock

TLDRIn this video, the host crushes toilet paper and explores its properties. They crush it, soak it in water, and even drill into it. They discover that compressed toilet paper can be as strong as wood and even used as body armor. They also experiment with concentrating the force of a hydraulic press to create a material as hard as rock.

Key insights

🙂Compressed toilet paper can be as strong as wood and has been used as body armor.

💨By soaking compressed toilet paper in water, it reverts back to its soft form.

💦Drilling into compressed toilet paper reveals its solid structure.

💥Concentrating the force of a hydraulic press on toilet paper creates a material as hard as rock.

😎Compressed toilet paper can withstand pressure and retain its shape.

Q&A

Can compressed toilet paper be used as body armor?

Yes, compressed toilet paper can provide a certain level of protection against piercing, similar to wood.

What happens when compressed toilet paper is soaked in water?

When soaked in water, compressed toilet paper returns to its soft form, losing its strength.

Can compressed toilet paper be drilled into?

Yes, compressed toilet paper can be drilled into, revealing its solid structure.

How does applying concentrated force to toilet paper affect its hardness?

Concentrating the force on toilet paper with a hydraulic press creates a material that is as hard as rock.

Can compressed toilet paper withstand pressure?

Yes, compressed toilet paper can withstand pressure and retain its shape.

Timestamped Summary

00:00The host celebrates two million views on a previous video where they transformed toilet paper into wood.

00:11Toilet paper has been used as body armor in the past and can withstand piercing from arrows.

01:16The host compresses toilet paper with a hydraulic press to make it harder.

02:47They test the compressed toilet paper by soaking it in water, returning it to its soft form.

03:30The host drills into the compressed toilet paper, revealing its solid structure.

04:20The host shows that even wet toilet paper can retain its shape when compressed.

05:00They apply concentrated force on the toilet paper to create a material as hard as rock.

06:36The host demonstrates the solid and hard material obtained by concentrating the force.