Vaporization, also known as volatization, is a process by which the active elements of a substance are released through the application of heat without combustion. In other words, the substance is heated, but never burned.
This is an important distinction because when a substance is burned it becomes denatured. Denaturing means that a chemical change takes place and the molecular structure of the substance is actually modified. When denaturing is catalyzed by excessive heat this is known as pyrolysis. Pyrolysis is a major drawback to -smk- a material.
When pyrolysis occurs, a molecular breakdown creates new elements that had not been present in the source material prior to combustion. The obvious example is, of course, -tb-. When -smk- a -cg-, you seek the effects of -tb-'s active element, -nc- . Through the process of -smk-, however, you receive not only -nc- , but a handful of toxins and irritants, such as -sk- and tar, which have been created by pyrolysis.
In contrast, because vaporization typically requires a temperature lower than a substance's combustion point, pyrolysis never takes place and the substance is never denatured. In other words, vaporization releases the active elements of a substance through a method by which pyrolysis cannot take place. Therefore, it produces a pure aerosol mist comprised only of elements naturally occurring in the source material.
Vaporization produces no combustion byproducts such as Carbon Monoxide, Tar or other harmful elements which are prime suspects in -cg--related Cancers.
Vapor is also considerably cooler than -sk- and less likely to damage sensitive lung and throat tissue. Users who are concerned about the respiratory hazards of -smk- are strongly advised to use vaporizers
Vaporization as a delivery method is vastly superior to -smk-. -smk- or (using combustion) requires the user to inhale several harmful toxic tars and carcinogens into the body. Digestion is another viable -al- to vaporization.
However, this process is extremely slow and sometimes painstaking as well. It is a proven fact that vapors travel through the body and bloodstream with greater efficiency.
A vaporizer is a substitute for -smk- or combusting of the material. Instead of burning the aromatherapy, the vaporizer just heats it enough so that the volatile medicinal constituents that are contained inside the watery secretions of the plant melt in an aromatic vapor.
Nowadays vaporizers are more commonly used by people for enjoying the flavor of an occasional mild puff of -sk-. There are several vaporizer manufactures in the market today. Different features of the vaporizer are put under several tests to select the very best.
These tests are meant to improve its qualities like flavor, vapor to -sk- ratio, efficiency, session ability test, portability test, style test, versatility test, satisfaction test, value test etc.