Friday, 28 October 2016

How do I clean my vaporizer? How does a Convection Vaporizer work? why ?



Q: Why haven't I heard about vaporization before?
A: Good question, especially because smoking is so deadly, yet remains a multi-billion dollar industry. Why haven't we been vaporizing all along? The answer is simple: technology. The process of vaporization is a delicate one and it all depends on the right temperature. Too cool and your herb remains wet and wasted, too hot and you're just burning it. The exact temperature difference varies depending on the plant substance, but the margin can be tricky and narrow. It requires newly developed microchip technology to digitally control temperature to the exact specifications required for vaporization. This groundbreaking technology is finally here. You may not have heard of it before, but you'll hear plenty about vaporization in the future!

Q: How do I know when my vapor load is done?
A: The vapor load is done when the plant material changes in color to a golden/dark brown. The taste will change to a flavor similar to burnt popcorn. Practice makes perfect.

Q: How do I clean my vaporizer?
A: Most vaporizers can be cleaned with rubbing alcohol (90% isopropyl is best) and a swab or paper towels. Some vaporizers will need to be disassembled before you clean them See their operating manuals for instructions. Use q-tips to get hard-to-reach spots.

A: This is a revolutionary new technology that’s becoming incredibly popular and the preferred way to smoke legal herbs, legal herbal blends and tobacco. The vaporizer works by heating up the material above the temperature at which the natural oils will boil out, but below the temperature at which the plant material itself will burn. This is accomplished by drawing air over the heating element and then through the botanical material. The precision of the temperature depends laregly on the type of heating element. Higher end vaporizers tend to have more precise heating elements.
Q: How does a Convection Vaporizer work?

A: Vaporization occurs through a process that takes advantage of the physical properties of the botanical resins. These active resins turn into vapor around 380° F. and the material does not start to combust until approximately 450° F. The material (tobacco for example) is heated until the nicotine resins volatize into a thin, cool, clear oil vapor mist. The vaporization process bypasses the combustion process, leaving many of the harmful ingredients and gases trapped in the material. Naturally the oil vapor is much cleaner, cooler and less irritating than the hotter smoke from combustion processes, providing a more flavorful taste. Studies indicate that about 20% - 40% of nicotine is destroyed or flash-fired by Pax 2 vaporizer sale online DHL shipping free, portable pax 2 dry herb and wax vaporizer




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