DIY Homemade Medical Face Mask: the Complete Guide on How to Make Your Own Homemade, Washable and Reusable Medical Face Mask: Diy Homemade Tools, #1

By Noelle Stephens

Learn How To Make Homemade Medical Masks With This Detailed Guide!

 

… Create Useful And High-Quality Masks That Can Protect You From Viruses!

 

Are you looking to develop new skills and try out your ideas with the next DIY product challenge?

 

Would you like to be able to make homemade medical masks by yourself, using easily accessible materials?

 

 

If you are looking to learn how to make medical masks at home, then keep on reading as this is the perfect book for you! Learning how to make masks yourself is very useful, especially since you could create them during specific events when masks become unavailable or you can't find them in stores. If you feel like you are not skilled enough to take on this challenge, don't worry! The book is filled with pictures, so you will find it much easier to follow each step!

 

Face masks are useful for many reasons, but mostly they are used as a protection against airborne disease. Not only they are easy to use, but they can be made quickly and successfully! The guide includes detailed listings of necessary supplies, useful information, various methods for making the masks, along with step-by-step directions, and easy-to-follow pictures.

 

 

Here's what you can learn from our amazing guide on how to make homemade medical masks:

 

• What are medical masks and the best ways to use them
• Detailed steps on how to create a medical mask
• Tips and tricks on which fabric and other materials to use
• Lots of pictures that will help with the building process
• And many more!

 

This amazing guide includes everything you might need to successfully make your own medical masks! Will a little bit of effort you will create reusable and washable masks!

 

Are you ready to develop your skills and make your own homemade medical masks?

Scroll up, and Get Your Copy Now!

• Language: English
• Publisher: Noelle Stephens
• Release date: Oct 28, 2020
• ISBN: 9781393672470

Book preview

Introduction

You've probably seen face masks in medical dramas and comedies, made popular in mainstream media by attractive actors who wear them like badges of honor, but they also have useful real-world applications. Rather than just being props, they're regularly worn by actual medical professionals as protective gear as well as by everyday citizens to curtail the spread of germs.

Perhaps it's flu season again, that pesky time of the year when everyone seems to have runny noses and dry coughs that always seem to waft your way. Imagine you're in a crowded public transport system when the person across from you sneezes, spewing particles of bioaerosols that you can practically feel land on your face, even from a distance. It wouldn't be surprising as the average sneeze can produce upwards of 100,000 contagious microbes that can travel as fast as 160 kph (100 mph) and as far as 8 meters (26 ft).

Coughs can be just as bad, similarly emitting saliva droplets that can jettison in large plumes of air nearly as widely as sneezes do. If their producer is newly sick, and therefore at their most infectious, each cough can contain millions of bacterial or viral particles that are just yearning for another host to incubate in. A typical cough can generate a couple of thousand droplets carrying these virions, but sneezes are by far the most contagious transmitters of infections, propagating tens of thousands of these ticking time-bombs.

That means that it's highly probable that the particles from that sneeze are going right up your airway quicker than you can say, "Achoo!" You can hope that the sneeze didn't contain anything innocuous or communicable but, really, what are the chances of that? Wouldn't it be better if that person was wearing a face mask to avoid infecting anyone else or, better yet, if you had one to keep from getting sick whenever some leper breathes your direction?

Sure, you can try to count on sick individuals having the decency to cover up their mouths, yet, more often than not, people tend to cough or sneeze right into their hands, which is very counterproductive. This is particularly true if they decide to touch any handrails or door handles with those germy hands that you then might come into contact with, only to unknowingly smear those pathogens right onto your face.

Considering that several studies have shown that most people unconsciously touch their faces over a dozen times per hour, the likelihood of coming down with something multiplies exponentially during