Tags :laboratory

Nhanganyaya Iyo Vachi Indasitiri yakapupurira kuwedzera kukura mumakore apfuura, inotungamira kuhukura mukuwanika kwebhajeti-ane hushamwari zvigadzirwa zveVaping. Nepo vatengi vanowanzo kukwezva kune aya isingadhuri sarudzo, Recent Laboratory Kuongororwa kwakaratidza kunetsekana kwakakosha maererano nemhando yemakemikari emakemikari. Ichi chinyorwa chinoongorora maficha, ruzivo rwemushandisi, uye fananidzo yekufananidza yeinodhura vapes, kuratidza mabhenefiti avo uye vanokanganisa paunenge uchiziva iyo chinangwa mushandisi demographic. Zvimiro zveVapes zvakachipa zvakachipa zvinodhura zvinowanzoonekwa nemitengo yavo inodhura, magadzirirwo ekutanga, uye Rakarerutswa Mashandiro. Mazhinji mabhajeti zvigadzirwa zvinopa kushoma huwandu hwevanhurume, kazhinji inovengwa nevashandisi veNovice. Midziyo yacho isingashandisi zvinhu zvakaderera-zvemhando yepamusoro uye zvikamu, izvo zvinopa kune yavo yekubhadhara-inoshanda. Zvimiro zvakajairika zvinosanganisira zvinoraswa cartridges, Isiri-inochinja Wattage Zvirongwa, uye ...

Introduction The growing popularity of electronic cigarettes has brought attention to various components, particularly the battery chemistry that powers these devices. Understanding the quality of batteries used in vape pens is crucial for both safety and performance. In laboratory testing, significant differences have been uncovered between production runs, raising important questions regarding the reliability of all vape pens on the market today. This article delves into the findings of recent evaluations focusing on the chemistry of ooze pen batteries, aiming to inform consumers of the potential variations in quality. Understanding Battery Chemistry When we talk about battery chemistry , we’re referring to the composition and construction of the batteries that store and deliver power to electronic devices, including vape pens....