Creating a Flexible Cylinder with 0.01mm Holes: Material and Technology Guide

  • Thread starter physior
  • Start date
  • Tags
    Cylinder
In summary, the individual is looking to create a flexible structure in the form of a 10cm diameter cylinder with a height of 20cm. The cylinder will have numerous 0.01mm holes running through its length, but the holes must not be squeezed or shrinked. The structure must be able to flex up to 30% and operate at a temperature of 1000 C. The individual is seeking advice on what material or technology can achieve this, ruling out ceramics and carbon-based materials and considering a possible ceramic/metal hybrid.
  • #1
physior
182
1
hello

I need to create a structure that is a let's say 10cm diameter cylinder and 20cm height.

Inside the cylinder there will be numberous 0.01mm holes that will go through the length of the cylinder, so basically, there will be numerous tiny cylinders with 0.01mm hole that run across the 20cm height of the large cylinder.

So far so good, but I want it to be flexible, ie to bend, but I don't want the holes to be squeezed! I don't want the holes to be less than 0.01mm!

is this possible?

what material or technology can do that?

thanks!
 
Physics news on Phys.org
  • #2
How much do you need it to flex?
Does flexibility need to be elastic (return to original shape when not stressed)?
How many 0.01mm holes do you need?
At what temperature will this be operating?
 
  • #3
it can flex a bit, like 30%, not much

it doesn't have to be elastic

the holes will be as many as possible to fill all the cross sectional area

temperatures around 1000 C

becarefull: the holes must not diminish in diameter, they must not be squeezed or shrinked
 
  • #4
With flexibility, you're ruing out ceramics.
With 1000 C, I think you're ruling out anything that's carbone-based (plastics etc).
You're left with metals.
With my current knowledge, I doubt such fine details can be had on a such a scale (0.01 mm X 100 mm tunnel within a metal?).
I'll be curious if you find anything.
 
  • #5
maybe a ceramic/metal hybrid?
 

1. What materials are best for creating a flexible cylinder with 0.01mm holes?

The best materials for creating a flexible cylinder with 0.01mm holes are typically flexible and durable materials such as silicone, rubber, or certain types of plastics. These materials can withstand the stress of being stretched and compressed without breaking or tearing.

2. What technology is used to create a flexible cylinder with 0.01mm holes?

The most commonly used technology for creating a flexible cylinder with 0.01mm holes is injection molding. This process involves injecting molten material into a mold with the desired shape and size of the cylinder and holes. Other technologies such as 3D printing or laser cutting may also be used, but may not be as precise or efficient for creating such small holes.

3. Can a flexible cylinder with 0.01mm holes be created with metal materials?

While metal materials can be used to create flexible cylinders, they may not be the best choice for creating 0.01mm holes. Metal is typically not as flexible as other materials and may not be able to withstand the repeated stretching and compression required for a flexible cylinder. Additionally, metal materials may be more difficult and expensive to mold into the desired shape and size.

4. How can I ensure the holes in my flexible cylinder are 0.01mm in size?

The best way to ensure the holes in your flexible cylinder are 0.01mm in size is to work with a reputable manufacturer who has experience creating such small holes. They will have the necessary equipment and expertise to accurately measure and create holes of this size. It is also important to provide detailed specifications and quality control measures to ensure the desired size is achieved.

5. What are some potential applications for a flexible cylinder with 0.01mm holes?

A flexible cylinder with 0.01mm holes can be used in a variety of applications, such as medical devices, microfluidics, and electronics. It can also be used as a component in flexible sensors or actuators. Its small size and flexibility make it useful in industries where precision and flexibility are important, such as in manufacturing and research laboratories.

Similar threads

  • Thermodynamics
Replies
5
Views
983
  • Sci-Fi Writing and World Building
Replies
9
Views
2K
  • Sci-Fi Writing and World Building
2
Replies
52
Views
4K
Replies
1
Views
526
  • Other Physics Topics
Replies
4
Views
8K
  • Other Physics Topics
Replies
5
Views
2K
Replies
1
Views
3K
  • Introductory Physics Homework Help
Replies
12
Views
9K
  • Science Fiction and Fantasy Media
2
Replies
44
Views
5K
Replies
5
Views
2K
Back
Top