Author: Stephanie Cox

4 Things To Look For When Buying A New Flashlight Flashlights – Things To Consider Before You Buy

4 Things to think about:

1. Battery Type:

Nitecore Battery

The two main categories you can put flashlight batteries into are: rechargeable and non-rechargeable. There are many types of flashlights that take one kind or the other. A non-rechargeable battery is perfect for those of you who are just on the go and will pick up a spare pack of batteries whenever it is needed. However, disposal batteries are cheaper and can be found almost anywhere.

On the other hand for those of you who are always on the go or tend to use your flashlights more often – flashlights with rechargeable batteries might be for you. Do you need your light for work or frequently go venturing into the outdoors? Then a flashlight that uses rechargeable batteries could help save you money over time.

2. Lumens and Light Output:

A Lumen is the unit we use to measure light output. The more Lumens a flashlight puts out the brighter your flashlight’s beam will be. For example a flashlight that has an output of 1000 Lumens is going to be brighter and have a further beam distance than a flashlight with say 180 Lumens. As a buyer you need to pick the Lumen output that is most suitable for your needs.

Flashlights with higher Lumen Outputs are:Nitecore Battery

  • Nite Ize INOVA T4R Rechargeable Tactical LED Flashlight
  • Underwater Kinetics C8 Xenon
  • SureFire R1 Lawman Rechargeable Variable-Output LED Flashlight

 

Flashlights with lower Lumen Outputs are:

  • Nite Ize XPB-01-R7 INOVA XP Professional Grade LED Pen Light
  • Nite Ize XSC-01-R7 INOVA XS Professional Grade LED Flashlight
  • Ultimate Survival Technologies 15-Day Aluminum LED Flashlight

 

3. Durability:

Durability doesn’t matter to everyone but it is one factor that shouldn’t be overlooked when buying a new flashlight. In this day and age there are so many quality certifications and durability tests that it seems some flashlights are almost indestructible. There’s flashlights that are waterproof, impact resistant, they can be thrown off a cliff and still work – well maybe.

As a police officer, construction worker, firefighter, or some other hands on profession, you will want to look into a flashlight that can keep up and last through tough conditions. You want a flashlight that can be dropped from higher distances and can resist water penetration to a greater extent.

Some brands you can look at are:Nitecore Battery

  • Nitecore R25 Rechargeable Tactical Flashlight with Charging Dock
  • JETBeam SF-R28 USB Rechargeable Flashlight
  • Sunwayman P25C Pocket-Sized Thrower Flashlight
  • Nitecore Explorer EC4S Searchlight

 

Moreover, if you only need an everyday carry then maybe those things are not as important. You can get something with a normal impact resistant that is perfect for finding monsters in your child’s closet – or if you want to take a stroll into the woods.

Flashlights to have on you at anytime:

  • SOG Dark Energy DE-05 Tactical Flashlight
  • Olight S1A Baton (Limited Edition) Copper Flashlight
  • Pelican MityLite 1900 Flashlight

 

4. Budget:

Nitecore Battery

This is the one factor that many Flashaholics don’t want to think about – the dreaded budget. When you are looking for an everyday carry there are many frugal options available. What most people don’t realize that you can get an extremely durable and long-lasting flashlight on a decent budget.

Frugal Everyday Flashlights:

  • Olight S2A Baton EDC Flashlight
  • Sunwayman C13R USB Rechargeable Side Switch Flashlight
  • Nitecore Precise P10 Flashlight

 

HOWEVER, if you are interested in high performance flashlights and you do have a little bit more money to toy around with, there are some really great flashlights available to you! Sometimes “more is more” and if you can afford to get a flashlight with a few more features than we are happy to help!

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Why Flashlight is So Important in Our Daily Life?

If you are always explore at night or take part in outdoor activities all year round, then a bright light is a must-have gadget! Not only help you see the road, the surrounding environment, but also create a safe space around you others. The best way to stay safe while riding is to keep you visible, so a light is essential equipment for every people.

There are so many flashlights in the market, how to choose the best one has become a difficult task. I’m sure you’re all dying to know which light is the best to me. As we all know, each light has its pros and cons. But how do stack up against each other?

Brightness

Brightness is one of the most important factors. The brighter the light is, the more likely you be seen. The lighting industry has changed a lot recently. LED light source is the much focused. They sent out narrow beam which make it important to position the light carefully. Something you may want to compare between one light and another is the operating temperature. Some lights become quite hot after use a long time, this is bad to users. Thus, controlling the heat-dissipation problem has been one of the challenges for LED light manufacturers.

Battery life

Various of flashlights also have various power resources. There has been a revolution going on in the battery industry and they are more efficient. Currently, the batteries we use are not only more powerful but they are also lighter and tougher than they have ever been before, especially when compared to older lead acid and NiMH batteries. Surprisingly, a few lights can last a week before dying out.

Some lights are powered by AAA batteries and you can get them easily when they are power off. For high lumens and super bright lights, they are use Li-ion battery. In general, Li-ion battery can be charge and discharge up to 500 times. It is very economic. To decide which type of battery is based on what your need.

All in one system is becoming popular today as it does away with the need for leads running from the battery unit to the light unit. However, being aware of the limitations of two unit systems is important.

What other factors should we consider?

Switch

As flashlights are getting more and more sophisticated the switch does more than just turn on and off your lights. When you are walking in the dark, an easy operating light will be a great choice.

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The Importance of Carrying a Flashlight and Its Advantages

The first models of flashlights that were ever made were heavy and bulky and used mostly by campers and hikers. However, these amazing tools have evolved greatly during the years and the big heavy torches of the past, today are replaced with more compact and brighter units thanks to LED technology. LED torches use a light that produces more brightness than the standard halogen or incandescent torch lights.

Thanks to their design and range of amazing features, led torches have become a must-have tool for outdoor activities and a significant part of any home emergency kit. If for some reason, you still don’t own one, maybe it’s time to consider investing a quality model that can serve you in all kinds of situations.

ledtorches

Identifying potential threats – Thanks to LED technology, today’s torches are much brighter than the previous models and have a longer beam distance. Bad things can happen when you at least expect them, so being prepared to react properly can save your life. For example, walking to your car at night or coming home walking through a dark street hides a lot of potential dangers and a flashlight can help you spot anything unusual before it’s too late.

  • Self-defense – The high brightness of an LED flashlight can help you to temporarily blind the attacker and gain valuable time to run and save yourself. A flashlight with 60-100 lumens is powerful enough to cause temporary blindness when it is pointed directly to the eyes. Some models of led torches feature a strobe mode that is specifically designed to disorient the person by emitting super bright light rapidly. Also, the sturdy, metal construction makes the torch a perfect non-lethal weapon, so in case you need to, you can use it to hit the attacker with it.
  • Emergency situations – In case of a power outage, the flashlight can instantly save the situation. No matter whether that happens while you are at home or outdoors, having a quality torch with you can be a life Saviour as you can use it to send signals about your location. Some models have special SOS modes which makes them perfect for such situations.
  • Save your phone battery – Your phone’s flashlight is a really great feature that many find useful in a lot of different situations. But honestly, if you keep it turned on for a prolonged period of time, chances are the battery will run out very quickly so you will be left without both light and phone. Being without these two things at the same time can be a real problem in certain cases, so instead of wasting your phone’s battery, be smarter and get yourself a torch.
ledtorches

When it comes to their features, it’s worth mentioning that flashlights today come with many features and options. When buying a flashlight as an everyday carry (EDC) you will want to consider the basic features and then decide whether you need some additional ones.

  • Brightness – Most flashlights today use LED bulbs because they are brighter and more efficient than incandescent ones. The light output is typically measured in lumens and lights can have anywhere from 20 lumens to 2000 or more.
  • Beam Distance – Beam distance is measured in meters as the distance from the flashlight to an object or to moonlight space. It is also referred to as ‘throw’ or ‘flood’.
  • Run time – This one is measured in hours. Some flashlights can run for 100 hours or even more in low output mode. For everyday carry model, you should choose a light with a higher lumen output. Somewhere in the 500-1000 lumen range.
  • Construction – The model you consider buying should be durable and to be able to withstand tough conditions. Look for LED flashlights that are made of top quality military or weapon-grade aluminium. Also, a textured grip helps to keep the light from slipping out of your hand, which is particularly important if you need to use the light for self-defense.
  • Size – Make sure the model you chose is comfortable to use and carry. It should be lightweight and compact, and it should also easily fit in your pocket or bag or be clipped to a belt hook.
ledtorches

Some other important features to consider:

  • Switch Types – Some led torches have multiple switches in order to allow the user to quickly operate the light in different situations. The different switch types are tail-cap, body and head/tail twist. The tail-cap and body switches can be simple on/off or they can also cycle through modes. Rotating or twisting switches turn the light on and change modes by turning either the head or tail of the light. These switches are ideal for cases when the light is stored in a bag or a backpack and you don’t want it to accidentally get turned on.
  • Impact resistance – This one is measured in meters and it is determined by how well a flashlight holds up when it’s dropped from a particular height onto a concrete surface.
  • Water-resistance – The water resistance of led torches is measured using an IP rating system and comes in three categories:

IPX4 is water-resistant or splash proof from all directions.

IPX7 is waterproof and resistant to 1-meter submersion for 30 seconds.

IPX8 is waterproof for a submersion of 4 hours.

 

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5 reasons why you should buy rechargeable flashlights and headlamps

5 reasons why you should choose rechargeable

When choosing a flashlight or headlamp, one of the most important questions are: should i buy rechargeable or alkaline?

In all fairness, there are some situations where an alkaline light would be the best choice. Alkaline batteries have a longer shelf life than rechargeable lithium batteries. This makes them a perfect fit for an emergency light that could be laying around for years. Just remember to keep the alkaline batteries out of the torch so potential leaking won’t damage the light itself. Alkaline batteries are also a good choice if you only use your flashlight or headlamp briefly a couple of times a week.

However, there are so many benefits to rechargeable lights, and at Torch Light Legal we are not in doubt that rechargeable portable lights are the future. Therefore, we have listed 5 reasons to why you should buy a rechargeable flashlight or headlamp over their alkaline counterparts.

1 | Higher lumens output

Rechargeable lithium batteries simply have a higher power capacity than alkaline batteries, and they are designed for high drain devices like flashlights and headlamps. This enables rechargeable lights to have a much higher lumens output.

Rechargeable lights deliver more lumens

2 | Buying rechargeable is cheaper over time

Rechargeable flashlights and headlamps are more expensive to buy than their alkaline counterparts. However, over time the rechargeable light becomes the cheaper choice.

It costs €2 for 1 battery change with a standard alkaline headlamp using 3xAAA batteries, giving you roughly 2,5 hours of light. If you switch batteries once a week for a year, the battery expenses run up to €109,20! In comparison it costs less than €1 to charge an S4 rechargeable once a week for a year.

It might also be worth mentioning that a S4 rechargeable costs €103,50 on the Torch Light Legal web shop, which is less than the yearly alkaline battery cost.

Buying rechargeable is cheaper over time

3 | Constant Light Output

With rechargeable Torch Light Legal lithium batteries we can deliver a constant light output, which means that Torch Light Legal rechargeable products always deliver the highest possible light output without damaging the LED.

Many manufacturers design the electronics to dim down the light drastically in order to achieve a longer runtime. With our Constant Current Technology, you have absolute control over the light output and battery life.

You can read much more about light curves and constant light output right here.

4 | Better for the environment

All batteries can potentially harm the environment, however, with rechargeable batteries every single battery has a much longer lifetime. Therefore, using rechargeable batteries save the environment from many single-use batteries.

5 | Rechargeable batteries are designed for high drain devices like flashlights and headlamps

Lithium batteries have a very low inner resistance, making them perfect for devices that need a high constant flow of power, like a flashlight or headlamp. Alkaline batteries, however, has a very high inner resistance making them perfect for devices like remotes that needs very little power to run. When draining an alkaline battery quickly the high inner resistance will develop a lot of heat in the process. This is less than ideal for a flashlight or headlamp.

Rechargeable batteries work better for high drain devices

Alkaline batteries do have one big advantage; the batteries can be replaced in a second compared to the charging time of a rechargeable battery. However, this can be solved by bringing fully charged replacement batteries or alternatively choosing a light with Dual Energy Concept like the S-series. The Dual Energy Concept lets you use Alkaline batteries when the rechargeable battery is drained.

The choice between rechargeable and alkaline is up to you, but we would without a doubt argue that you get the best flashlight or headlamp by choosing rechargeable.

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How To Choose The Best & Brightest Tactical LED Flashlight

Flashlights are miracles of technology. They can fit in your pocket, light up the night, and are extremely useful. But what makes some flashlights better than others? How can you tell whether a flashlight is really great or not?

Let’s take a look at the qualities that separate the best tactical flashlights from the rest.

LIGHT OUTPUT

One of the most important things you need to check when you buy a flashlight is how much light it emits. This is measured by lumens. The higher the lumen count, the brighter the flashlight.

The problem is that many flashlight manufacturers claim that their flashlights have a lumen count of 1,000, or even 2,000 when in reality, they simply don’t.

Even an original single Cree LED chip (XM-L and XM-L2) won’t give you this kind of output. In fact, even in the best of cases, you’ll only get around 388 lumens.

We’ll show you what we mean. We took the screenshot below straight from Cree’s own website. You can see that even the popular XM-L T6 LED, at an electrical input of 1,000mA, which is what most flashlights have, only gives out 388 lumens. And even at 2,000mA, which is rarely found in flashlights, you only get 692 lumens.

In other words, not even close to that high promise of 1,000 lumens.

Real CREE Lumens values

Let’s take a look at several other popular flashlights and how many lumens they really give:

  • The XM-L Q5 LED – around 150 lumens
  • The XM-L T6 (very common) – around 335 lumens
  • The XM-L U2 – between 400 – 600 lumens
  • The XM-L2 U2– 500 to 700 lumens
  • The XHP 35 – Reaches around 1500 lumens
  • The XHP 50 – Reaches around 2500 lumens
  • The XHP 70 – Reaches around 3500 lumens

CONCLUSION:

  • The LED light bulb used in the flashlight will give you a rough estimate of how many lumens you actually get.
  • Most “1,000+ lumens” flashlights use the XM-L T6 LED, which will give you only around 335 lm. Only the Extreme High Power (XHP) class LEDs can reach 1000+ Lumens.
  • Be careful when buying flashlights from manufacturers making unrealistic lumen output claims. Buy from manufacturers that deliver the lumen output they claim.
  • Look for third-party test reports confirming manufacturers’ claims.

Zoom

Some flashlights offer a zoom feature and others don’t. Flashlights without a zoom feature will shine more light in a small, fixed area.

Flashlights with a zoom feature sacrifice a small portion of their lumen output when zooming in, but can also light up a larger area, making them more versatile than zoom-less flashlights. The benefit of this versatility far exceeds the small loss of lumens output while zooming in. We recommend choosing a flashlight with a zoom feature.

Water Resistance

Much like the exaggerated claims about lumen output, many claims regarding water resistance are not necessarily true. For instance, we have found that many flashlights that have a protective O-ring sealing the battery compartment don’t have one on the lens, leaving the LED vulnerable to water penetration. Make sure the flashlight you buy is properly sealed with an O-ring on both ends!  

Size and Weight

Our suggestion is to choose a flashlight that provides you with all the necessary features you need in the lightest, smallest form. This will allow you to carry it around easily and operate it easily with only one hand.

Belt Clip

A belt clip on a flashlight makes carrying it around much easier. Also, if you have your flashlight on your belt clip, you can reach for it quickly in case of an emergency.

Battery

Most flashlights use 3xAAA batteries or a single 18650 battery. But not many people know that only 4xAAA batteries get you the same lumen output as a 18650 battery.

But much like the unreasonable claims about lumen output, flashlights that come with a 18650 battery don’t always have the mAh capacity they claim to have. It’s often much lower, and the battery is not always protected from reverse charging, meaning it could get damaged.

Your best bet would be to look for a flashlight that also has the option of using the high-capacity 26650 battery. Better yet, look for a flashlight that comes with a high-capacity, protected 26650 lithium batteryThis will allow you to get more than twice the run-time between charges.

Charger

Many chargers supplied with flashlight kits are not so great. The majority of them, are not UL compliant (American Safety Standard), and, on top of that, they work slowly with a charging current of around 500mA. So it can take you up to 5 hours to charge a high capacity 18650 battery and up to 10 hours for a 26650 battery.

Make sure that your charger is UL compliant and that its charging current is at least 1000mA.

Lithium batteries and chargers work great for tactical flashlights. But as we saw with the recent problem of the exploding Galaxy Note 7s, they can also be dangerous, so don’t play games when it comes to safety! 

 

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Choose The Best Torch For The Job

When it comes to illuminating an area, there any many different torches and lighting products that are suitable for a wide range of environmental uses and locations. This includes flashlights, torches, head torches, work lights, floodlights, hazard lights, and even security lighting.

New battery technologies and the increasing use of LED bulbs mean that new torches are designed to last longer and shine brighter. But with so many choices available, it can be hard to figure out which is best for you.

Lighting A Work Environment

When it comes to illuminating a large area, floodlights and work lights are the best options.

For temporary or remote locations, such as construction sites, having a robust work light is the best option. Often quite flexible, these can be placed on the ground or a flat surface, with some others suitable for mounting on a tripod or having a magnet that makes it easy to attach to machinery. Selecting one with a rechargeable battery also means there is no need for trailing cables.

In a permanent area that needs lighting, such as loading bays, then floodlights are the best option. Affixed to a wall with a mains power supply, then can be switched on and off as required, providing a reliable source of light that is powerful enough to illuminate a large area from one light.

Floodlights are also available with PIR motion sensors, which are a useful security device for workplaces and homes alike. These will shine bright when movement is detected at night, and are often enough to deter someone from criminal action.

Lighting To See Where You’re Going

Torches, flashlights, and searchlights are handheld solutions for taking a bright light wherever you go. Available in a range of sizes, these include those small enough to attach to your keys and those large and powerful enough that they’re used by the emergency services for search and rescue operations.

As simple as pressing the button and pointing the light in the area you want to see, these are great at illuminating a dark pathway when walking the dog or for camping trips. Again, these are available with rechargeable batteries and can even double as a power bank, which is ideal for giving your devices an extra boost of charge while you’re out.

But if you need your hands free, then head torches are ideal. These shine a bright light from your forehead, meaning wherever you look, there is light. Plus, they also make it easy to spot too.

Lighting The Job At Hand

Head torches are also great for when you’re working and need your hands free while you carry out the task. Plus, they’ll light up a large area while spot beams are good for close-up work.

Inspection lights are also ideal for illuminating a small area while you work, hands-free. With magnets and hooks, they can be secured wherever you need them, and a bright light which will allow you to see what you’re doing without dazzling.

Lighting Up A Hazard

When there is an obstruction or hazard, you want people approaching the area to use caution for their own safety. Hazard lights are a great way of doing this. You may find these on cones, skips, and scaffolding by the roadside or footpaths.

There are various options available, all designed for different purposes and budgets.

 

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Different Types of Welding Torches

Welding torches are widely used for joining two or more metals together. It gives a permanent grip. Welding torches are extensively used in large factories and industries for manufacturing machines. Some of the common industries are the aerospace industry, refrigerator industry, automobile factory, etc. Here is a brief description of some categories of welding torches that are popular for welding works.

Various Categories of Welding Torch

types of welding torches

Welding torches are one of the essential welding apparatus. In electrical welding, the torch serves the electric flow to the electrode, and the shielding gas is carried to the welding arch’s zone. And in gas welding, the torch conducts the gas mixture and guides the gas flame.

There are distinctive types of welding and cutting torches. Each of them is manufactured to serve different purposes. Types of welding torches are classified in a very diverse way.  One of the most common types of torches based on human usage are:

  • Positive pressure type;
  • Injector type.

Positive Pressure Type Welding Torch

These are some of the most common types of torches used.  They are also known as equal pressure type or medium pressure type welding torch.

In positive pressure torches, a supply of oxygen and fuel gas is required. These gases burn at the end of the torch’s tip, and a flame is produced.

The torch body consists of a metallic body, hand torch valve, mixing chamber, and finally, a tip. The body is designed in such a way that there is a required amount of supply of oxygen and fuel gases. Then pressure is created when the energy is forced into the mixing chamber.

The hand valve is located either beside the hose or at the end of the torch body. The handle is used to turn on or to shut off the gas.

The mixing chamber is located inside the body of the torch. Mainly energy is produced here. Read more: Top Rated Dab Torches Analysis

Injector Type Welding Torch

Externally they have so many similarities with the positive type of torches. But the internal mechanism of injector types is different. The main feature is the unique capability of controlling low acetylene pressure.

An injector torch can draw out the residue from the cylinder. It helps a lot to reduce wastage. Positively pressured torches cannot do this.

The oxygen pressure in these torches is operated much higher than the positive torches. So the best output can be found by using this definite type of torch.

Welding torches are used to direct the welding electrode into the arc, conduct welding power to the electrode, and provide shielding of the arc area.

Basically, there are three different techniques to use welding torches. They are soldering, brazing, and welding fittings & pipes.

Based on the usage in plumbing industries and soldering, brazing, there are mainly four kinds of welding torches. They are:

  • Propane torches.
  • Brazing torches.
  • Mapp Gas Torches.
  • Oxy-Acetylene Welding torches.

Propane Torches

They are identified as air-fuel torches. Because here, a mixture of propane and oxygen is used.

This mixture, when burnt, produces a flammable heat, which is required for the welding process. This feature makes it environment friendly.

Propane torches are best for melting snow and ice, removing parking lot markings and other paint removals, thawing frozen pipes and equipment, pre-heating metals for welding or branding, melting tar and asphalt. Read more: How to Choose the Best Plastic Welder

Brazing Torches

It is a process of joining two or more metals by melting and flowing filler metal to the joint. The melting point of the filler metal should be lower than the linking metal.

Brazing torches are used to join two or more metals together with considerable strength.

Brazing accords tighter control and produces a clear joint without the requirement of secondary finishing. Any kind of metal and nonmetals can be brazed by using this torch.

These torches produce less thermal distortion since they don’t melt the base joint while working.

But under high temperatures, brazed joints can get damaged. So the user must be conscientious while working with it.

Mapp Gas Torches

The name of this particular gas torch comes from its original chemical composition, which is methylacetylene propadiene propane. This torch is an easy alternative to acetylene.

The definite gas used in this torch is colorless in both gas and liquid form. The flame produced from this gas is not actually very much appropriate for welding. But it is widely used for underwater cutting. And high gas pressure is required to do it. But the cut is fast and safe. It is also used in combustion with air for brazing and soldering.

This torch is very much famous for plumbing works and manufacturing of refrigerators.

Oxy-acetylene Welding Torches

A mixture of oxygen and fuel gases is mainly used in this type of torches to create flame for welding. The mixture is commonly called oxy-fuel.

With oxy-fuel, both welding and cutting can be performed. Oxy fuels are used to weld and cut metals under very high temperatures.  The flame produced from oxy-fuel torches can yield up to 3480 degrees Celsius. It is the only torch that can cut steel.

Oxyacetylene torches are widely used in glass industries for polishing. In jewelry production for water welding the metals. In automotive repair for removing seized bolts. In platinum works and in electric furnaces.

There are two types of oxy-acetylene welding torches. They are:

  • Positive pressure type welding torch;
  • Injector type welding torches;

Brief descriptions of both of them are discussed above earlier.

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Best Torches For Lampworking Glass Blowing.

The first question every aspiring glass blower asks is, “What torch should I get?” This isn’t an easy question to answer, because the answer is yes to all of them! The real question is “What is the best torch for you and what do you want to make?”

 

Here’s a list of some of the best torches used by glass artists around the world. Each torch manufacturer brings something different to the table with their unique designs. These torches are used for a number of applications that require certain specifications. Please note: this list was created in no special order (alphabetically).


Bethlehem Burners

Bethlehem Burners are constructed entirely of stainless steel, keeping the burner body cool. The torches are equipped with modular valves with precision needles making fuel adjustment smooth and precise. With the low-pressure design and precision front face, the artist will experience a flame that combusts at the face of their art work, wrapping their glass in a penetrating heat at a far better fuel ratio than ever experienced before. Superior design, durability, and complete combustion make Bethlehem Burners one of the highest quality torch manufacturers on the market today.

 


Alpha
Bethlehem Burners - Alpha

Overview:

The Alpha Glass Bead Burner is an excellent starter burner for the glass artist working in the medium to small range. The Alpha delivers more flow at a low gas pressure producing the ideal glass working flame. Affordable and convenient, the Alpha is the only torch on the market today designed with your needs in mind. Do you work at home with low-pressure household natural gas? If so, the Alpha would be a dream-come true! The Alpha will melt both soft and borosilicate glass with ease. The torch can also be used at the traditional flame settings of 5 psi gas and 20 psi oxygen. It works equally well with propane, natural gas and other fuels.

Features:

  • • All stainless steel construction that stays cool while the flame is super hot.
  • • Allows for a higher volume of fuel at a lower inlet pressure-7 cu. ft./hr. at only 2 psi.
  • • Ideal to operate on household gas (1/4 psi) and oxygen concentrator (7 psi).

Specifications:

  • • Burner configuration: Center Fire – 6 jets, Pentagon shape face, Diameter 5/8″.
  • • Suggested glass size: up to a 5/8″ / 16mm rod and up to a 19mm Tube.
  • • Dimensions: 5″ long with a 6″ base
  • • Net Weight: 2.5 lbs

 

 

Bravo

Bethlehem Burner - Bravo

Overview:

The low-pressure, stainless steel Bravo Bench Burner was designed specifically with the needs of the artistic flameworker in mind. A dual-purpose torch, it will work easily with both soft and borosilicate glass. Made with the precision and quality of all Bethlehem burners, the Bravo’s output is surface-mixed and whisper-soft. By varying the atmosphere of your flame, you can use your torch like a fiery paintbrush for shading and highlights. The razor-sharp center is excellent for creating small details. For marbles, sculpting, and vessels, this sleek torch is both cost-effective and fuel-efficient.

Features:

  • • All stainless steel construction that stays cool while the flame is super hot.
  • • Allows for a higher volume of fuel at a lower inlet pressure- 15 cu. ft./hr. at only 2 psi.
  • • Can also operate on household gas (1/4 psi) and oxygen concentrators (7 psi).  Includes B size fittings for both Oxy and Fuel connections. Purchase a 4 Inlet to 2 Inlet Adapter (Part #’s EQ101) if you are not going to use a foot pedal.

Specifications:

  • • Burner configuration: Center fire – 6 jets, Outer fire – 12 jets, Face dia. – 1″ (25.4 mm)
  • • Full flame consumption: Gas: 2 psi; 15 cu. ft./hr. (425 l/hr.); Oxygen: 8 psi; 66 cu. ft./hr. (1867 l/hr.)
  • • Works: Rod – 1″ (26 mm) Tube – 38 mm
  • • Dimensions: 6” long with a 6” base
  • • Net Weight: 3 1/2 lbs.

 

 

Champion
Bethlehem Burners - Champion

Overview:

The Champion Bench Burner is a two stage, stainless steel, surface mix flame working torch with separately controlled outer and inner flames. Each stage is controlled by one gas and one oxygen valve, and the torch comes standard with a four port manifold.

The low-velocity flames of the Champion torch allow flame workers to produce a wide range of fuel mixtures while keeping the flames workable and gentle to the glass. These flames bathe the glass in even heat and gently heat the glass from all sides, much like working glass in a furnace. This type of flame is excellent for every style of flame working, including large hollow work, solid milli work, color-mixing and fine detail work with difficult colors. The large diameter, low-velocity flames produced by the outer fire of the Champion, make evenly heating large amounts of glass with no cold spots a breeze! Even highly oxidizing flames are soft and even.

The Champion was engineered for low-pressure, high heat performance and is one of the most efficient large torches on the market today.

Features:

  • • Comes standard with a four stud manifold.
  • • New ball-bearing scroll provides smooth adjustments and automatically locks the torch at the desired angle.
  • • Reconfigured gas and O2 ports for most efficient fuel combustion.
  • • Stainless steel construction keeps the torch cool to the touch, even at hottest flame.

Specifications:

  • • Burner configuration: Center fire – 6 jets, Outer fire – 30 jets, Face diameter -1 1/8″ (28.575 mm)
  • • Full flame consumption  Gas: 5 psi; 24.96 cu. ft./h (706.8 l/hr.  Oxygen: 20 psi; 88.13 cu. ft./hr. (2496 l/hr.)
  • • Works:  Rod – 44 mm tube – 80 mm +
  • • Dimensions:  6 7/8″ long with a 8″ base
  • • Net Weight:  8 3/4 lbs.The first question every aspiring glass blower asks is, “What torch should I get?” This isn’t an easy question to answer, because the answer is yes to all of them! The real question is “What is the best torch for you and what do you want to make?”

    Here’s a list of some of the best torches used by glass artists around the world. Each torch manufacturer brings something different to the table with their unique designs. These torches are used for a number of applications that require certain specifications. Please note: this list was created in no special order (alphabetically).


    Bethlehem Burners

    Bethlehem Burners are constructed entirely of stainless steel, keeping the burner body cool. The torches are equipped with modular valves with precision needles making fuel adjustment smooth and precise. With the low-pressure design and precision front face, the artist will experience a flame that combusts at the face of their art work, wrapping their glass in a penetrating heat at a far better fuel ratio than ever experienced before. Superior design, durability, and complete combustion make Bethlehem Burners one of the highest quality torch manufacturers on the market today.


    Alpha
    Bethlehem Burners - Alpha

    Overview:

    The Alpha Glass Bead Burner is an excellent starter burner for the glass artist working in the medium to small range. The Alpha delivers more flow at a low gas pressure producing the ideal glass working flame. Affordable and convenient, the Alpha is the only torch on the market today designed with your needs in mind. Do you work at home with low-pressure household natural gas? If so, the Alpha would be a dream-come true! The Alpha will melt both soft and borosilicate glass with ease. The torch can also be used at the traditional flame settings of 5 psi gas and 20 psi oxygen. It works equally well with propane, natural gas and other fuels.

    Features:

    • • All stainless steel construction that stays cool while the flame is super hot.
    • • Allows for a higher volume of fuel at a lower inlet pressure-7 cu. ft./hr. at only 2 psi.
    • • Ideal to operate on household gas (1/4 psi) and oxygen concentrator (7 psi).

    Specifications:

    • • Burner configuration: Center Fire – 6 jets, Pentagon shape face, Diameter 5/8″.
    • • Suggested glass size: up to a 5/8″ / 16mm rod and up to a 19mm Tube.
    • • Dimensions: 5″ long with a 6″ base
    • • Net Weight: 2.5 lbs

     

     

    Bravo

    Bethlehem Burner - Bravo

    Overview:

    The low-pressure, stainless steel Bravo Bench Burner was designed specifically with the needs of the artistic flameworker in mind. A dual-purpose torch, it will work easily with both soft and borosilicate glass. Made with the precision and quality of all Bethlehem burners, the Bravo’s output is surface-mixed and whisper-soft. By varying the atmosphere of your flame, you can use your torch like a fiery paintbrush for shading and highlights. The razor-sharp center is excellent for creating small details. For marbles, sculpting, and vessels, this sleek torch is both cost-effective and fuel-efficient.

    Features:

    • • All stainless steel construction that stays cool while the flame is super hot.
    • • Allows for a higher volume of fuel at a lower inlet pressure- 15 cu. ft./hr. at only 2 psi.
    • • Can also operate on household gas (1/4 psi) and oxygen concentrators (7 psi).  Includes B size fittings for both Oxy and Fuel connections. Purchase a 4 Inlet to 2 Inlet Adapter (Part #’s EQ101) if you are not going to use a foot pedal.

    Specifications:

    • • Burner configuration: Center fire – 6 jets, Outer fire – 12 jets, Face dia. – 1″ (25.4 mm)
    • • Full flame consumption: Gas: 2 psi; 15 cu. ft./hr. (425 l/hr.); Oxygen: 8 psi; 66 cu. ft./hr. (1867 l/hr.)
    • • Works: Rod – 1″ (26 mm) Tube – 38 mm
    • • Dimensions: 6” long with a 6” base
    • • Net Weight: 3 1/2 lbs.

     

     

    Champion
    Bethlehem Burners - Champion

    Overview:

    The Champion Bench Burner is a two stage, stainless steel, surface mix flame working torch with separately controlled outer and inner flames. Each stage is controlled by one gas and one oxygen valve, and the torch comes standard with a four port manifold.

    The low-velocity flames of the Champion torch allow flame workers to produce a wide range of fuel mixtures while keeping the flames workable and gentle to the glass. These flames bathe the glass in even heat and gently heat the glass from all sides, much like working glass in a furnace. This type of flame is excellent for every style of flame working, including large hollow work, solid milli work, color-mixing and fine detail work with difficult colors. The large diameter, low-velocity flames produced by the outer fire of the Champion, make evenly heating large amounts of glass with no cold spots a breeze! Even highly oxidizing flames are soft and even.

    The Champion was engineered for low-pressure, high heat performance and is one of the most efficient large torches on the market today.

    Features:

    • • Comes standard with a four stud manifold.
    • • New ball-bearing scroll provides smooth adjustments and automatically locks the torch at the desired angle.
    • • Reconfigured gas and O2 ports for most efficient fuel combustion.
    • • Stainless steel construction keeps the torch cool to the touch, even at hottest flame.

    Specifications:

    • • Burner configuration: Center fire – 6 jets, Outer fire – 30 jets, Face diameter -1 1/8″ (28.575 mm)
    • • Full flame consumption  Gas: 5 psi; 24.96 cu. ft./h (706.8 l/hr.  Oxygen: 20 psi; 88.13 cu. ft./hr. (2496 l/hr.)
    • • Works:  Rod – 44 mm tube – 80 mm +
    • • Dimensions:  6 7/8″ long with a 8″ base
    • • Net Weight:  8 3/4 lbs.
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How to clean that oxyfuel cutting tip

Mike Richardson is your quintessential small-business owner. He works hard at making a living, and he’s always looking out for a way to save money.

He’s spent the last 12 years doing millwright work and machinery repairs at log-processing facilities in the Pacific Northwest, with the last two years working on his own. (He’s been at it since dropping out of high school, getting his GED, and lying about his age so he could land his first fabricating gig at a union shop.) Today he works with four other guys as part of Redline Mobile Welding and Construction.

“Originally I was going to be a pipe welder, but then I found out there was a lot of money to be made without traveling on the road all the time,” Richardson said.

So now he spends more time closer to his Elma, Wash., home. Every day is different, but it usually involves the same maximum effort. It could be using the oxyfuel torch to do a simple task like shortening up chains or something more complex, such as scarfing out cracks in a debarker machine and then welding them back up. On most days someone is using that torch a majority of the time (see Figure 1)

With that in mind, Richardson noticed an online ad showing a tool that supposedly cleans out oxyfuel cutting tips without the need for tip cleaners. If it’s one thing he did know it was that he had some tips that needed some help.

“The ad made me think about those tips for a little bit,” Richardson said.

Attempts to clean those tips never really panned out using regular tip cleaners, according to Richardson. The job is just too big for them. Once solidified, the molten slag that rolls back into the tip during torch usage renders the tip useless. Good technique can avoid that in many instances, but even the best fabricators have to wrestle with slag as they get aggressive with their tips in those difficult jobs.

“We all have tip cleaners rolling around our toolboxes, but guys always mess with those things and inevitably screw the cutting tip up,” he said. “It’s never the same if you have to use a tip cleaner on it.”

Richardson reached out to the sponsor of the online ad, slagRebel, and the company sent him a modified tool that is designed to clean out those scarfing tips as well as straight tips (see Figure 2). Richardson found that the tool gave new life to tips that were once headed for the garbage.

Clearing out the Slag

“When I first got it, I wanted to play with it,” Richardson said. “I cleaned out the shop trucks’ toolboxes and found all of these gnarly tips. They were just going to be thrown away. Some had metal rusted on the end of them, and some of them had broken tip cleaners inside of them, where a guy had tried to clean the tip and gave up.”

Figure 2
The stainless steel slagRebel tool is small enough to fit in a toolbox or in a worker’s pocket.

Richardson started with a coffee can full of the used tips that he had collected from the trucks. He had planned to set aside at least 30 minutes to bring these tips back to life. He started the job by facing all of the tips with a file to clean them up a bit. He then ran them through the slagRebel.

The slag-removal tool comprises four pieces: an upper member, a lower member, an insert for the lower member, and a piston. To begin the process, the tool’s inventor, Van Steel, a construction professional with 40 years of experience on heavy industrial projects, suggests a vise be used. The idea is that a vise will keep the tool stable during the slag-removal process and avoid the potential of hand injuries.

The lower member is placed in the vise and secured. The used cutting tip is placed into the insert, and the insert is placed into the lower member in the vise. The upper member is then threaded onto the lower member, encasing the cutting tip. (Currently the slagRebel is designed to work with Victor® Series 100, Victor Series 300, and Harris cutting tips. Specialty tools can be made depending on the application.)

The upper member is filled with potable water, which typically is available at job sites. A piston is then inserted into the upper member’s tube.

By striking the piston with a dead blow hammer, the fabricator drives water through the cutting tip orifices, which forces the slag to dislodge. Water and air escape through a weep hole in the lower member. To see if the slag has been removed, the fabricator needs to take out the piston, remove the upper member, pull out the tip, and inspect it. If slag remains, Steel recommends repeating the process. He estimates that 100 foot-pounds of striking force creates approximately 35 PSI of pressure, which normally is sufficient to dislodge and clear the orifices of slag.

After the slag is dislodged, Steel recommends using fresh water to rinse the tool clean of debris.

“I built this for my own use out of necessity years ago during my welding days,” Steel said. “It seems like slag buildup and blowback never happened at a convenient time. Most of my welding jobs were in remote places, such as working on a pipeline or offshore platform. On those jobs, if we didn’t have a spare tip, the job would stop until I could get a tip or have one delivered.”

After tackling his cleaning job on the used tips, Richardson was sold on the usefulness of the slag-Rebel tool. With one or two whacks of the tool, he said every single one of the tips had clear ports. He did some final cleaning with a needle tip cleaner, but he noted that they were ready to be reused after having the ports cleaned.

“When a guy spends $25 on a torch tip and he sees it ruined or not performing well, he thinks he can save it. At least, that’s what we’ve always done. We throw them into the shop truck, where they usually stay,” Richardson said. “I wouldn’t even have gone looking for them if I hadn’t gotten this tool to work with.”

Richardson said he has used the slagRebel in the field and has yet to find a tip that he couldn’t clean with it. As long as the seal is good at the base of the tip, where it’s not sucking air, those cleaned-out tips are good for continued use.

He admitted that he and his co-workers aren’t cleaning out every tip when they sense subpar performance with the torch. It’s just easier to grab another tip and throw the clogged tips back into the truck. After all, they are on the clock for fab and repair work. They can clean the tips out later.

“If nothing else, I’m saving money on torch tips. For a small guy like me with only a few employees, that’s a big deal,” Richardson said.

The tool also saved a day of work one time when they grabbed a truck that wasn’t fully stocked for field work. Those backup tips weren’t in the truck when a replacement was needed. Richardson said the slagRebel cleaned the clogged tip, and they got back to work.

“It really helped me out then,” he said.

Making a Bigger Impact

Steel said the tool should last a lifetime, unless a fabricator loses it. That’s why when you order one you get a holster to keep the slagRebel in.

“It’s a quick turnaround on the investment,” he said. “A guy cleans out 15 to 20 tips, and he’s paid for it.”

Steel said that he thinks the tool can have a much larger financial impact on big projects. For example, oxyacetylene cutting tips often are considered consumables and are associated with consumables in typical overhead costs, not unlike toner cartridges. When you can extend the life of oxyfuel cutting tips and save lost productivity, those savings fall directly to the bottom line. He added that companies also minimize downtime associated with injuries that may occur when people use tip drills to clean out slag from the cutting tips.

“It’s human nature not to like changes, but torch users will quickly recognize these benefits that we’ve been talking about. Accepting the consequences of clogged tips in terms of lost productivity and tip replacement costs is what has happened over the years and is counterproductive,” Steel said. “People typically say, ‘It is what it is.’ Well, they’ll know better when I can get the word out to the rest of the world.”

Cutting tip manufacturers and welding supply shops may not want the world to know, as they do well in selling replacement cutting tips. But someone like Redline’s Richardson is glad he found out about the tool. It’s a tip he’s willing to share with any fabricator who asks him about it.

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What is a torch?

torch is a portable handheld electric lamp that is battery powered. They’re also referred to as flashlights in the US, whereas torch is the more popular name in other English-speaking countries.

Throughout history, people have had a need for light sources which could move with them, which led to the evolution from candles to oil lamps and kerosene lamps. However, these methods of lighting are potentially dangerous, as they have a flame as the light source.

The invention of the incandescent electric light bulb and dry battery at the end of the 1800s provided a solution to this risk, and enabled the invention of the device used today.

Led-Lenser-TT-LED-Torch

When were handheld torches invented?


The first dry cell battery was manufactured by the National Carbon Company in 1896 after German physician Carl Gassner invented it in 1888. It’s a type of electric battery which was an improved version of its predecessor, as its electrolyte was a paste instead of a liquid.

Thanks to this, it could work in any position and wouldn’t break or spill as easily – making it ideal for a portable light source. So in 1899, British inventor David Misell developed the first model.

Torch or flashlight?


Before it was invented in the 1890s, the word torch was used to describe a stick that could be lit and used as a light source.

Led-Lenser-SEO-3-LED-Head-Torch

When flashlights became widely used across the globe, they were originally known in Britain as electric torches. The word electric was later dropped, as it became synonymous with what Americans referred to as a flashlight.

But this device was originally named a flashlight when it was first invented, because the zinc-carbon batteries which powered it couldn’t provide constant currents for extended periods of time – which meant they had to keep being turned off.

It was given the name by Russian inventor Conrad Hubert, who brought Misell’s invention to market. However, it’s now argued that because modern-day models no longer have to be turned off, so they no longer ‘flash’, this name shouldn’t be used.

Led-Lenser-X21R2-LED-Torch

How do torches work?


Modern-day devices most commonly feature LED bulbs. In order for electrons to be produced, the light must have some type of power source, so they’re powered by batteries, which can be either disposable or rechargeable.

Alkaline batteries are very affordably priced and able to last between four and 10 hours on one set, while rechargeable batteries are powered by lithium-ion.

The different parts


The tube part is the section that holds the different parts of the device, which is called the case.

The bulb is the source of illumination, and is usually either a tungsten filament incandescent bulb or – more commonly in newer models – an LED bulb.

The batteries rest on a small spring that’s connected to two contact strips, which are thin strips of metal – often made of copper or brass – located throughout the device. This makes the electrical connection between the batteries, the lamp and the switch. These parts conduct electricity and complete the circuit.

When the switch is pushed to the ‘on’ position, it begins a flow of electricity powered by the battery.

The reflector part at the front is formed of plastic and coated with a shiny aluminium layer which bends around the bulb, to direct the rays forward so they provide a steady light beam. This is then covered with the lens; a clear plastic at the very front of the device which protects the glass bulb from breaking.

When the switch is pushed into the ‘off’ position, the contact strips are moved apart and the path for the electrical current is broken, which stops the device producing light.

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