Reader Jack Liu used the website’s “Contact Me” on 2024-1-4 to inquire:
”Hello professor, please ask if you use a lene lamp heater indoor in winter & carbon lamp heater. Will your skin become dark after taking it for a long time? Will you have the risk of skin cancer? Net The result of road search is that early data is risky, and new data in recent years will not be said. Thank you. ”There are many types of heaters, and the name sensible, lint lamps (tubes) and carbon lamps (tubes) are both "light tube-type" heaters. Another type of quartz tube is also a "light tube" heater. In the evolution of products, quartz tubes are the first to appear, followed by ferric tubes, and carbon tubes are the latest. Their English is Quartz heater, Halogen heater, and Carbon (fiber) heater.
Although the evolution of the product is quartz → verin → carbon, this does not mean that quartz is replaced by verin, and then verin is replaced by carbon. In fact, quartz is the material of the outer shell of the lamp, lint is the gas filled in the light management, and carbon is the material of the lamp (light bundle), so this evolution has nothing to do with the replacement (I will explain it further later).
Everyone knows that traditional light bubbles will heat up in addition to glowing light, and this is the basic principle of a "light tube" heater. In fact, it is because traditional lights will heat up most (95%) of energy costs (that is, red light that we cannot see with the naked eye), so they are now eliminated. Instead, LED lights use all energy to emit light and will not heat up (no red wires will be released).
Everyone also knows that the reason why traditional light bubbles emit light and heat is caused by the current passing through the light (poly). Quartz tube heaters also use current to pass through the porous wire to generate heat (of course, it also produces light). However, the shell of the quartz tube is quartz rather than glass (quartz is more resistant to high temperature).
Regardless of whether the shell is glass or quartz, high temperature will cause evaporation of oxidants (porin is a chemical element, W is its substitute), and the evaporated oxidants will settle into the inside of the bulb or luminaire, making it black. The higher the temperature, the faster the blackening speed, and the shorter the life of the squid.
To understand the problem of deciding evaporation, lemons (such as iodine or bromine) are filled into the quartz tube. The fermentin is combined with the evaporated fermentin element, and then the fermentin element returns to the high temperature fermentin, thus forming the so-called Halogen cycle. In this way, with the addition of ferric acid, the ferric can resist higher temperatures, thereby producing brighter light and higher heat (red external line).
Quartz tube with vermil is added. If it is used for lighting, it is called a vermil light. If it is used for heat generation, it is called a vermil heater. Of course, since light emission is not a necessary function for the heater, the linoleum heater is designed to avoid radiating light as much as possible, such as Doped quartz used as a foot.
The lemon light will emit slight ultraviolet light (also invisible to the naked eye), so if it is directly exposed, it will be risky of darkness and cancer. But, just like avoiding light, the electropor heater also designs to avoid UV radiation. Therefore, as long as it is not exposed at close range or over long periods, users do not need to worry too much about being blackened or carcinogenic by the ferric heater.
Compared with "Green Light", "Carbon Light" is easily mistaken as "Lights with Carbon Added", but in fact, carbon lights have nothing to do with carbon. To go further, carbon lights are not lights at all (because the brightness is not enough), but are purely used to generate heat (red external lines).
In fact, the name that is less likely to cause errors should be "carbon fiber lights", or a more appropriate "carbon fiber heater".
To put it simply, a "carbon fiber heater" is a heater that converts the wires in the quartz heater into carbon fiber heater. Since the carbon fiber after power is turned on almost only produces red external light (few or no visible light, and of course there is no ultraviolet light at all), the "carbon fiber heater" must have no risk of darkening or carcinogenicity.
In general, the elliptic light heater has a little black or carcinogenic risk, but the carbon light heater does not have it at all.
Original text: Will the elbow/carbon light heater turn black? Will there be skin cancer risks?Responsible editor: Gu Zihuan