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Flashlight cases for every practical size are available from various flashlight manufacturers. Cases come in micro, small, medium and large sizes. Flashlight cases can allow you to carefully store and move your flashlights, while protecting them from outside conditions, which include weather as well as surrounding equipment. Some of the cases are designed for storing several items or tools in addition to your flashlights. Pelican, for example, has cases designed to carry flashlights and knives together in one place. There are also some cases designed to work as kits for tools or safety equipment.

Some flashlight cases are built air and water tight. Some materials used for this are space age resin and neoprene O-ring sealing. Many cases are also designed to be crush proof to keep the inside contents from being damaged in case of accidental drops and tumbles.

Some flashlight cases are also designed with foam padding inside to let the flashlights sit tightly and comfortably in place. There may be dividers in the padding to allow more than one flashlight or additional accessories and tools to also be stored in the same case. The materials used to make many of the cases are corrosion and weatherproof to guarantee a long survival and dependence.

Other Features of Innovative Flashlight Cases
Some cases include multiple locks and latches for extra security and protection of the contents. The sturdy locks help prevent unwanted entries into the cases, and also keep the cases from breaking open in case they are dropped or knocked around. The locks will vary depending on the size of the cases, as well as the manufacturers who make them.

It is crucial for firefighter flashlights to be able to withstand high temperatures and still function properly. They should also have very strong light projection, which can cut through smoke, gas, water, and dust. The batteries of firefighter flashlights must also function properly at hot temperatures, as well as be dependable and work at full power at all times. Firefighter flashlights should also be water resistant, as well as resistant to harsh chemicals and hazardous conditions. Fire safety personnel often depend on their flashlights to get them through safely and without failure.

Several manufacturers make flashlights designed specifically for firefighters. Pelican has the Big Ed alkaline 4C firefighter flashlight. The body of the flashlight is made of xenoy, which is a thermoplastic alloy blend of polycarbonate and polybutylene terphthalate. This is basically a highly durable resin both unbreakable and resistant to chemicals. This flashlight model also has a thermoplastic shroud and a polycarbonate lens. There is a xenon lamp inside the flashlight, with a back up spare lamp also included. The Pelican Big Ed can be attached to a shoulder strap or clipped onto a coat using an included stainless steel clip.

Streamlight has a firefighter flashlight called the Fire Vulcan. This flashlight is unique because besides the powerful halogen front side lantern, it also features two blue taillight LEDs. The back LED lights can be switched from a steady to blinking mode as well. The flashlight comes with heavy duty rings for attaching to shoulder straps, it is waterproof and also has a thermoplastic body.

Titan Firefighter Flashlights
The Titan manufacturer makes the Titan AC flashlight, which is also ideal for firefighters and other emergency personnel. This flashlight is rechargeable and comes with the charger, as well as a seat belt strap. The lamp is a GE halogen with a sealed beam, which can produce a 60,000 peak beam of light for up to four hours at a time. The body is water and weather proof, as well as impact resistant.

The first 2D halogen flashlights were made in 1984, and since then several manufacturers have created halogen models. Halogen bulbs create large concentrated pools of light, and the light can be very bright and have a crisp white result. The make up of a halogen bulb includes a mixture of inert and active gases. Halogen light bulbs can create a brighter and more concentrated light because of the fact that the active gases recycle the tungsten (metal the filaments are made of) back onto the filament. This makes the filament hotter and ultimately brighter.

Halogen flashlights have thicker glass, which is hardened to produce a much stronger bulb. The light projected from halogen bulbs is truer to natural color characteristics than some of the fluorescent lights which produce yellow, rose or orange toned light casts. Halogen bulbs also tend to be smaller, which make them ideal for some of the small pocket sized flashlights, but they can also work well in large spot industrial sized flashlights.

Halogen flashlights can be considered more durable because of the make up requirement they have to function properly. Halogen bulbs are not encased in glass, but inside of a quartz envelope. The quartz envelope is very small, and quite close to the tungsten filament which produces the heat. If the encasing was made of glass, the heat would cause it to break. The quartz encasing makes for a stronger and more durable flashlight, and it also protects the bulb and filaments from breakage.

Long Life of Halogen flashlights
Many standard flashlight bulbs burn out over a reasonable period of time. The reason a light bulb burns out is because the heat energy stressed on the filament eventually causes a spot to develop and this stress causes the filament to break. The halogen bulbs recycle the tungsten atoms and replace them back onto the filament over and over again, which helps the filament to last longer. The end result is a brighter, more energy efficient and longer lasting light bulb.

Hands-free flashlights are sometimes needed to allow you to perform needed work when you need some additional lighted assistance. There are several different types of flashlights that are hands free. Some may attach to clothing, key rings, hats, visors and helmets, while others may sit on a flat surface and allow you to point the light in whichever direction it is needed. There are quite a few flashlight manufacturers who make an array of hands free models.

Pelican has several different models of hands-free flashlights. Two of their most popular are the Versabrite and the Versabrite II. The Versabrite and Versabrite II both feature swivel heads which are multi-positional and can be pointed in any direction. These flashlights can sit flat on tables or other flat surfaces, or they can be clipped onto clothing, belts or hats. Other models such as the Mitylite, Stealthlite and the L1 can be attached to helmets or hard hats.

Streamlight also makes a few different models of hands-free flashlights. One of them is the Streamlight Clipmate LED flashlight. This model can clip onto almost anything and it also comes with an elastic head strap. It is powered by three LED lamps, and the light projection can be seen from up to a mile away. The flashlights are also water resistant, highly durable and rugged, and they run on three AAA alkaline batteries. Other Streamlight hands-free models include the Trident LED, the Septor LED, and the Argo LED.

Hands Free Flashlight Features
Some hands-free flashlights are very small and compact, such as the Traclite pocket sized hands free flashlight model. This flashlight has a magnet to hold it securely on a key ring sleeve, or it can be set on any metal surface. It is an LED flashlight, which produces a bright white light beam, and it has a black aluminum body. It is powered by four 1.5 volt batteries, which are included with the purchase of the flashlight.

Powerful flashlights are extremely important to people all over the world, whether they are emergency professionals, industrial workers, in the military, part of a law enforcement task force, or people who want powerful lighting tools at home. The standards for professional flashlights have grown tremendously in the last decade. This began with the introduction of LED flashlights, and then every manufacturer joined the competition to produce the brightest, most durable and powerful flashlights.

Flashlight power comes from many different contributors in the make up of the designs. Developing powerful flashlights is a true science as well as art form. Another factor in the equation is energy efficiency verses brightness. Many manufacturers work hard to develop energy efficient flashlights that will last longer, and produce very bright light projections.

Some flashlight manufacturers strive to produce particularly industrial and professional strength flashlights. They may only make flashlights using LED technology or xenon and krypton lamps, for example. LED flashlights can produce very bright light, while not requiring too much energy.

Dependence on Power
It is important for industrial and emergency professionals to be able to depend on the flashlights they use. Sometimes the quality of a flashlight can be life saving. Some professionals will use rechargeable flashlights for continuous power reassurance. Other professionals will only use flashlights with the ability to withstand the presence of hazardous chemicals, gases and electricity. Some flashlights are designed to cut through smoke, fog, dust, water and rain. There are several innovative creations for powerful flashlights out there.