Many folks are perplexed as to why the lightbulbs don’t really endure as much as they should. Surface contamination is a common cause of early halogen lightbulb degradation.
The most probable reason for surface contamination is when you make any contact with the crystal surface of a halogen lightbulb using your naked skin.
If contacted, the high heat created by the filaments and released by the lightbulb can inflict second-degree burns. Heat is focused on the contact point when it is contacted.
Even if you simply place your fingers on the lightbulb while it is glowing, your fingers will be severely burned. As a result, when a halogen lightbulb is turned on, you should avoid touching it.
The filament is normally quite cool and harmless when it is not heated by power. Quartz, on the other hand, isn’t really tough. As a result, applying far too much force risks breaking the lightbulb.
You also don’t want any scuff marks on the lenses. This reduces the amount of light accessible. It is recommended that you touch the halogen bulbs with clothes instead of your fingers.
The Reason behind Not Touching Halogen Lightbulbs
When you contact the crystal surface of a halogen lightbulb with your naked skin (whether fresh or not), skin lipids are left on the lightbulb. Skin oils make halogen lighting sensitive. This contamination is problematic because oil warms up when the lightbulb is switched on, resulting in a blotch spot.
This warm region might cause fractures or blisters in the lightbulb, enabling the halogen gas to escape. This is the source of initial demise.
The very worst situation is that the lightbulb blows up, scattering hot crystal fragments in all directions. This is certainly quite risky. The oil traces on the crystal, you see, cause the lightbulb to heat it irregularly.
Instead of ordinary glass, halogen lightbulbs are formed of temperature-resistant quartz glass. It’s in comparison to incandescent lightbulbs, which have been around for a long time.
Halogen lights can reach substantially greater temps than fluorescent lightbulbs because of their use of temperature-resistant quartz glass.
The amount of oil left on your skin when you contacted the lightbulb becomes considerable at these extreme temps. The lubricating sections of the lightbulb get extremely hot much warmer than the rest of the lightbulb surface causing an equilibrium and thermal disparities across the lightbulb face.
How to Change a Halogen Lightbulb
According to what we’ve learned so far, you must never make a contact with halogen lightbulb with your body, particularly whenever it’s brand new. Don’t do it unless you expect the lightbulb to last a long time.
The essential phrase is bare fingers or, more precisely, skin. Halogen lightbulbs are susceptible to your natural skin oils, which they leave on the objects you contact, particularly crystal surfaces. If you’re replacing a halogen lightbulb, make sure you’re wearing protective gloves. If gloves aren’t accessible then clean newspaper can be used instead.
It’s also worth noting that you must wait until the bulb has cooled before contacting it. Halogen lightbulbs, as previously stated, operate at high temperatures.
How to Clean a Halogen Lightbulb after Touching It
Accidents occur, and you may find yourself contacting your halogen lightbulb with bare fingers despite knowing better. Somebody else, such as your children, may get their hands on it.
Well, simply contacting isn’t too horrible. When the light is switched on once you have contacted it, the problem arises. As a result, as long as the lights aren’t switched on, it’s all okay and you may rectify errors.
Rubbing alcohol is used to clean the bulb is also an effective way. Naturally, when cleaning the lightbulb, you must wear protection to avoid leaving extra oil fingerprints on the surface.
Here we’re describing how to clean a lightbulb step by step:
Steps that Need to Be Followed
- Grab the metallic section of the bottom with your protective gloves on.
- Wet a soft strip of lint-free fabric with rubbing alcohol. Water simply will not be enough to remove the grease.
- Clean the whole crystal exterior of the lightbulb with the damp alcohol cloth.
- Wash away any remnants of the alcohol from the whole glass plate of the lightbulb using a clean, lint-free clean microfiber.
- Replace the lightbulb while wearing gloves to avoid touching the glass with bare fingers.
How Is a Halogen Lightbulb Made?
Now that we understand how things work, we must also comprehend how it is constructed in order to fully comprehend what would occur if we contact it.
To begin, we learned that halogen lightbulbs are composed of halogen vapors and tungsten filament. What encases the lightbulb, though, is what decides whether we may contact it.
The components of a lightbulb are wrapped in an envelope, which is normally translucent. The envelope for a typical lightbulb, for example, is comprised of transparent glass panels.
These are extremely delicate, but they do a fantastic job of disseminating lighting. They operate excellently with fluorescent lightbulbs to offer the necessary illumination.
Characteristics of a Halogen Lightbulb
The capacity to endure heat is a critical feature that these envelopes must possess. The production of light by heat-generating necessitates a large quantity of heat. It creates heat upwards of 4,400 degrees Fahrenheit, so intense is just an exaggeration.
The envelopes need to be able to resist such temperature extremes. Fluorescent lightbulbs may get away with having huge envelopes because of their manufacturing type.
As a result, the heat is not as aggressively hitting the envelope as it could be. If the glass surface is cut shorter, the crystal lens of the lightbulb is at risk of shattering.
Halogen lights, on the other hand, are not permitted to do so. Its design necessitates the use of significantly smaller glass.
Do Halogen Bulbs Explode if You Touch Them?
Halogen lightbulbs won’t just explode if you touch them but it’ll surely reduce their lifespan. But there are some other causes that can explode halogen bulbs. If a lightbulb has exploded, be cautious since the crystal fragments might go a long distance. When dealing with the remainder of the lightbulb in the socket, you should also use protective gloves.
Insulation at the Foundation
Gases including nitrogen, argon, halogen, and xenon are used to fill lightbulbs. The filament glows because of the gases in combination with oxygen. If there is too much oxygen in the air, the filaments quickly burn out. This differential pressure has the potential to cause the lightbulb to burst.
The Surge of Power and Volt
Use a lightbulb that has the correct voltages and watts for the installation. Wrong voltages can produce power surges and burn the filaments, potentially exploding the lightbulb. A power failure might create a similar condition. Spikes in electricity can occur at any time, particularly during or after a thunderstorm.
The excessive power pouring into the lightbulb will cause it to burn out and burst. Finally, poor cabling might have a similar impact.
Halogen lightbulbs are not the same as other types of lightbulbs. They are vulnerable to touch directly from our naked skin.
When these lightbulbs are turned on, the extreme temps they generate cause the oil fingerprints we make on the crystal lenses to become extremely hot, creating an imbalance that shortens bulb life. It might potentially result in an explosion.
As we’ve seen, the best approach to avoid this is to always use protective gloves or use fresh newspaper while handling the lightbulb, such as when changing it. Do not come into close contact with it. If you must contact it, use alcohol to clean it.