I was just reading the handbook and it said propellants are usually the vapor of a nonflammable liquid that has a boiling point below room temperature. In aerosol cans, the most common are hydrocarbons (which have a drawback of being flammable) and nitrous oxide or laughing gas (which may render you incapable of swinging around a city
The book just gives you the basic of building the formula. I have the exact same book. I love it. But the knowledge requires waybmore than basic high school chemistry knowledge. Although high school chemistry knowledge would cover some steps of the formula etc. Balancing out the equation, reaction, how a catalyst will come in place. Volume, storage just to name a few. Although for creating the actual formula will require additional college chemistry or above knowledge.It says you need refillable cartridges about the size of a small cell phone battery. A typically yields about 1,000 yards (914meters) of webbing, depending on the thickness of the stream. This kind of efficiency is possible because the fluid is stored in a near-solid state under tremendous pressure with a propellant.
Refer to the above post ^^^I was just reading the handbook and it said propellants are usually the vapor of a nonflammable liquid that has a boiling point below room temperature. In aerosol cans, the most common are hydrocarbons (which have a drawback of being flammable) and nitrous oxide or laughing gas (which may render you incapable of swinging around a city
the images from the notebooks has some chemical equations on there as to what I see are very unbalanced so even if you was to create the noted equation the product itself probably wouldn't satisfy you. But the pics mostly shows the projection chart and chemical reaction.hey, @owlboy01, what handbook are you talkin about ??
btw does somebody have HQ pics of the Parker notebook from the viral package?? ( pls not the ones we saw on google+), maybe theres some clues about the web-shooters & the formula,...
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To Monty: Why thank you my friend! I'd love to see what you are capable when you put your mind to it.
To human spider: Do what you want. If I were you, I'd start learning as much as I can with pneumatic devices, polymers, and nano-tech. Look up t-shirt cannon, aerogels, silly string, nylon, kevlar, graphene, oyster shell patterned plastic, nano-glue, nano-paper, nano-cellulose. That should be a great place to start. Look for patterns and behaviors that are consistent from webbing.
To Scarlet: true, true, but we musn't forget what the shooter is for. What do you want it for, and we can see what we can get for you. Also, about your cable gun that you talked to me about. I had thought of that. There is a device in the military that is capable of remote adhesion. Contact me about that and we could discuss it.