Soldering Iron Tip Cleaning Wire Sponge With Brass Ball

Special Price!!! Soldering Iron Tip Cleaning Wire Sponge With Brass Ball

Soldering Iron Tip Cleaning Wire Sponge With Brass Ball
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Soldering Iron Tip Cleaning Wire Sponge With Brass Ball

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Soldering Iron Tip Cleaning Wire Sponge With Brass Ball Feature

  • "shell" design keeps the solder from splattering
  • Will not reduce the tip temperature
  • A great alternative to the conventional damp sponge
  • May be used as a portable tool holder and cleaner
  • Compatible with Hakko Tip cleaners and brass replacement ball


Soldering Iron Tip Cleaning Wire Sponge With Brass Ball Overview

Cleans your soldering iron tips without water! Made from coils of brass, which is softer than the tip plating yet harder than the oxidation that forms on the tip. To clean the tip, simply plunge (stab) the iron tip into the coils. The ideal alternative to a wet sponge.

Compare to .47 for the "Brand Name" ball of brass!

* "shell" design keeps the solder from splattering* Will not reduce the tip temperature* A great alternative to the conventional damp sponge* May be used as a portable tool holder and cleaner* Compatible with Hakko 599B-02 Tip cleaners and brass replacement ball



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Chisel Solder Iron Tip LF-1C Lead Free Type with Heater Cartridge

Special Price!!! Chisel Solder Iron Tip LF-1C Lead Free Type with Heater Cartridge

Chisel Solder Iron Tip LF-1C Lead Free Type with Heater Cartridge
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Chisel Solder Iron Tip LF-1C Lead Free Type with Heater Cartridge

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Chisel Solder Iron Tip LF-1C Lead Free Type with Heater Cartridge Overview

Description: Shape: Chisel Size: Small Fits Lead Free Models Aoyue 2900, 2702A+ This is the fine chisel tip.



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Umbrella Stroller Reclining 3500 Lumen Projector

Weller SP40LK 40 Watt Soldering Iron Kit

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Weller SP40LK 40 Watt Soldering Iron Kit
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Weller SP40LK 40 Watt Soldering Iron Kit

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Weller SP40LK 40 Watt Soldering Iron Kit Feature

  • Lightweight pencil iron develops 900 degrees F
  • Stainless steel barrel and heat and impact resistant handle .
  • Indicator light allows you to instantly see that the iron is on.


Weller SP40LK 40 Watt Soldering Iron Kit Overview

Marksman 40W soldering iron kit. Model No. SP40L iron; No. MT10, ST3, and ST7 tips; lead free solder; and soldering aid tool. Indicator light allows you to see that the iron is On. Ideal for electronics, electrical, hobbies, kits, etc. Develops 900 F. tem



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How to Get Rid of TV Distortion

Causes

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The appearance of distortion on your monitor is quite unpredictable, depending on its causes. The simplest ones can easily be remedied with programs that specialize in removing discolorations and stuck images on the screen. The more serious ones, on the other hand, involve serious repairs, which may require the replacement of some parts. To give you a clearer view, here are the causes of TV distortion:
Dropping the monitor and other physical damage Leaving the monitor with an idle screen for long hours Damage to the TV lens. Faulty TV posistor, which governs the clarity of TV images. Computer monitor may be too old and needs to be replaced.

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The final cause in the list is relative. However, some monitors, especially frequently used ones, don't last for decades, since their parts eventually wear out. Monitors are, of course, more durable than computers, but they are also to be replaced with a newer model after some time.
Solutions

There are many ways for you to remove TV distortion, some as easy as tweaking the picture settings of your monitor while others come in the form of pricey repairs. You can do the simple solutions, since they are easy. However, if you need to tinker with the TV's internal components, better leave the job to the repairman. A slight nudge or installation errors might damage your monitor even further.
Toggle or Turn the Focus Setting Turning the focus switch or setting is your most basic solution to remove TV distortion. By tinkering with that setting, you can gradually adjust the screen's clarity until the distortion is removed. Turn the knob or toggle on the focus setting slowly, so you can get the best picture quality offered by the monitor. This comes as your first troubleshooting step, since the distortion can merely come from your child playing with the monitor or any similar scenario. Hold the Brightness and Contrast Buttons Simultaneously By holding the brightness and contrast buttons at the same time, the monitor's degaussing function is triggered. The screen, in effect, will gradually display varying colors and different levels of brightness, removing distortion in the end. The remedy doesn't always work, though. Some distortion problems require a higher level of degaussing, which is provided by degaussing programs that can be bought from software shops or downloaded from the internet. Degaussing Program Degaussing programs and lens aberration removers are specifically made to deal with TV distortion. When these programs run, they activate a diagnostic that gradually removes distortion. They are pretty effective, since they synchronize with the monitor's lens and picture-related functions. Free programs are available on the internet, most of them can be found by searching for them with a reputable search engine. The highly recommended ones, however, are bought from software shops, or even video stores. Soldering Gun Degaussing The heat emitted by the soldering gun can erase the marks and discolorations on your TV screen. Point a soldering gun, not soldering iron, at the middle of the screen. It should be close to the screen, but avoid contact. Move the gun slowly, from the center to one of the screen's edges. Return the gun to the center then do the same process with the other edges until the distortion fades. Tape Eraser Degaussing A tape eraser contains a fairly powerful electromagnet, which erodes and eventually erases TV distortion. From a foot away, switch the tape eraser on. Approach the screen, as you turn the magnet in a circular motion. Once you see the distortion, move away from the screen, maintaining the magnet's movement. The distortion, as a result, will follow the motion and fade in the process.

How to Get Rid of TV Distortion
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Special Price!!! New Soldering Iron 40W 110V Solder Tool Pencil Craft !!

New Soldering Iron 40W 110V Solder Tool Pencil Craft !!
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New Soldering Iron 40W 110V Solder Tool Pencil Craft !! Overview

Brand New Soldering Iron. This pencil-type solder is perfect for hobbies, kits, radios, and electronics work. Soldering instructions included. 40 Watt - 110 V - 60 Hz Measures: 8" Sealed in original package.



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Silversmithing - Tools of the Trade

In years past, it was hard to separate the black smith (or just smith or smithy) from his tools. When you said "smith" you were referring all at once to the person, his tools and the place where he worked. The same is still true today. Without her tools, today's silversmith has nothing.

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I am passionate about tools. My father is responsible for instilling an appreciation of and respect for good tools. He always said that with the right tools, you can do anything. He also said that you should always buy the best tools that you can afford. In tools, cheaper is not always better.

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The term silversmith covers a very wide range of techniques and necessary tools. For some, it is still all about banging on metal with a hammer, and I will admit there is something very satisfying about pounding on metal. For others, it is mostly about soldering one thing to another. Because the solders are not soft and require higher heat than, say, electrical soldering, it is considered to be more like welding. But everyone simply refers to it as "soldering". Silversmiths also engage in casting silver. I do not do that and will not be discussing the tools required for casting. Regardless of what you are doing, you need tools. Here are some of the basics.

If you are going to shape metal by pounding on it, you need something to pound with and something to pound on: hammers, bench blocks, anvils and stakes. There are all sorts of hammers and each one is good for one or maybe two purposes. An embossing hammer, when driven against the inner walls of raised work can elevate positions of the surface. It may also be used for planishing. A planishing hammer is useful for smoothing out imperfections and finishing surfaces of pieces that have been raised. Raising hammers are used on the outside surfaces to force the basic shape of various objects. Ball peen hammers are used for flattening, shaping or removing dents. Riveting hammers are used for forming rivets and tacking. Chasing hammers have either flat heads or domed heads. Chasing can be thought of as a sort of stamping. Specially shaped punches are used to press a pattern or design into the metal. Most of these hammers will be made of drop forged steel. But they may also be found in brass and nylon. Rawhide mallets are useful when you do not want marks of any kind left on your silver. For general all around uses, I find a domed chasing hammer to be most handy. If you can afford only one hammer, that is the one I recommend.

Bench blocks, anvils and stakes fall into the same general category. They are what you hold the metal, either sheet or wire, against as you hammer it. Bench blocks come in a variety of shapes and sizes. In its simplest form, it is a square of hardened steel that sits on your work bench. The surface should be kept smooth and free of debris. I use one that is four inches square and it is a fine size for most purposes. Blocks are also available with depressions in them in the shape of half of a ball. These are called dapping blocks and require a set of dapping punches. These are useful for doming. There are a number of other blocks with differently shaped depressions for all sorts of purposes. I always tell people to get a tool catalog from a company you like and just read it. They contain a lot of good information.

If you purchase an anvil, be sure the base is very solid and that it has a low center of gravity. Even so, it is sometimes a good idea to mount it to a piece of a 2" x 6" board for stability. Anvils that have a cone on one side are particularly useful. Again, these come in all sorts of sizes and shapes. The size you choose will be determined by the size of the jewelry you wish to make.

Stakes are hard to describe. They are made of hardened steel and can be held in place by a vice. They come in a wild array of shapes and sizes and they are generally used for raising. There is one stake called a Cow's tongue stake. It looks pretty much like its name. A bowl or vase that is being hammered into shape would be placed over the stake and the metal would be struck from the outside against the stake.

Whenever you hammer or bend metal, you work harden it. It becomes more brittle the more that you work with it and requires annealing to keep it from cracking and breaking. A torch (black smiths use a forge) is useful for annealing. A torch is necessary for soldering silver.

If you are going to be soldering silver, you will need, at minimum: a torch; a soldering block; pickle; water for quenching and rinsing; copper tongs; silver solder; flux and a flux brush. Protective eye wear is always a must.

When I first started soldering silver, I wasn't at all certain that was what I wanted to do. So, I started very small. I bought a butane fueled mini-torch; the kind you might use in your kitchen for making fancy desserts. No matter what you do, you absolutely need the other items mentioned above. That is, unless your only intention is to solder jump rings closed. Then a butane mini-torch and silver paste solder in a syringe are all that you will need. Well, and something to polish them a bit when you are finished.

I quickly learned that I liked soldering silver and that in order to complete larger pieces; I was going to need a serious torch. I opted for a single fuel torch with four sizes of tips. The fuel I use is acetylene. The torch handle and tips are designed to mix the proper amount of atmospheric oxygen with the acetylene to get a nice hot flame. For the most part, the smallest size tip suffices for what I make. Occasionally, I use a larger one. I am glad that I have that option. Nothing is more frustrating than having this great idea and not having the tools you need to accomplish it.

As far as soldering blocks, boards and pads go, the smaller you can use the better. The block is a heat sink (as is all the air around it) and the larger it is, the longer it takes to heat it up and heat the metal that is sitting on it. That is why some smiths prefer charcoal soldering blocks. They are usually small and once you heat them up, they stay quite hot for a long time. And that is their main drawback. They can get so hot that it is uncomfortable to move your work around on them with you hands. Also, they tend to crack as they cool and for this reason it is best to wrap them with binding wire before you begin using them.

There is a magnesia block option. They heat and cool quickly. They are not really made of magnesium, which is quite flammable. The surface of this soldering block does degrade and become pitted with use, but they are easy to make true once again. I just move mine around on the concrete outside of our workshop with a circular motion and in a few moments it is nice and flat once more.

There is a whole host of soldering boards that can be useful. They are made from a number of different materials. Some are of transite, which is very durable, non-asbestos and withstands temperatures up to 2800°F. Ceramic soldering boards tolerate temperatures up to 2000°F. You can also purchase soldering pads made of calcium silicate. They also heat and cool quickly without cracking and can be pinned into, as can the magnesia blocks. Once again, purchase the smallest surface for soldering on that you can use. It cuts down on the time needed to reach the melting point of your solder.

Tripods with mesh screens are available that allow you to heat your work piece from the bottom as well as the top. But keep in mind, that all the air around your work will be sucking away the heat. I have one, but rarely if ever use it.

Pickle is simply an acidic solution used to remove fire scale from sterling silver after it has been heated. Sterling silver is an alloy composed of 92.5% silver and 7.5% copper. When you heat it, the copper is brought to the surface of the sterling silver. Copper is much more reactive with the moisture in the air than is pure silver. That coupled with the heat (heat speeds up the reaction), causes the copper to "rust" or tarnish much more quickly and the surface becomes quite black. Also, some fluxes will become quite glass-like after heating and they also need to be dissolved. Granulated pickles that you mix with water are most common and generally are not considered as hazardous materials which require a very large shipping fee. Copper tongs are required for placing and removing objects from pickle. If an iron bearing tool is used, you will plate copper onto your sterling silver. It is a good idea to mix a little baking soda into your rinse water to help neutralize the acid completely.

Silver solder basically comes in four hardnesses: extra easy; easy; medium and hard. The silver paste solder mentioned earlier is basically extra easy. You will need all but the extra easy for most projects. The first join is always made with hard solder. It melts at the highest temperature and subsequent joins will, then, not unsolder the first join. Use medium and easy solders as you work your way through your piece.

If you are using a new sterling silver called Argentium Sterling Silver, you can not use the regular hard solder with it. Argentium has had some of the copper replaced with germanium and melts at a lower temperature than traditional sterling silver. You can purchase solders made specifically for use with Argentium.

Flux is what helps the solder to flow. An anti-flux may be used to keep solder from flowing where you do not want it. I have not used anti-flux. Generally, the solder will follow the heat, so if you are careful about how you apply your flame, you should not have a problem.

Fluxes are all toxic. Care should be used in handling them and managing the fumes given off as you are heating them. There are liquid fluxes and paste fluxes. My husband likes the liquids and I prefer the pastes. I find the pastes are easier to keep where I want them. Also, you can thin them with water, if necessary. You can mix your own flux from boric acid and water. Fluxes are usually applied with a brush. Just about any small brush will do.

Earlier, I briefly mentioned polishing. After pickling, your silver will have a dull whitish coating. You can remove this with a soft brass brush dipped in a solution of dish soap and water. The soap keeps the brass from being deposited on the sterling silver. This will give a very "soft" shine to the surface.

For a brilliant, hard shine, you will need a buffing wheel of either cotton or muslin. The type that is stitched is best. It holds together longer and throws off less lint. These can be mounted in a regular drill that is mounted in place. Just be certain that the buff is rotating in a downward direction as you are looking at it. That way, if you let go of the work, it will fly down, back and away from you rather than into your face. There are also many motors available for purchase. Some will run only one buffing wheel and some will run two.

There are many grades of polishing compounds. Some will cut quickly and remove large scratches. Others are for final polishing. Ideally, you should begin with metal that is as free of scratches as possible. Once your work is soldered together, it is not always easy to get to all the areas that require polishing. The compounds are held against the buffing wheel as it is spinning at speed. This is called "charging" the wheel.

Hopefully, now, you have some idea of the basic tools you will need to begin your foray into silversmithing. It can sound very complicated on paper, but when it comes right down to doing it, it's not all that bad. I remember my delight at my first soldering closed of jump rings. At that moment, I was hooked. Oh yes, you will melt things that you did not want to melt. That is part of the learning process. Have fun and be creative.

Silversmithing - Tools of the Trade
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How to Make Flashing LED Circuit Board

LED or light emitting diode emits a very powerful and strong light unlike the ones emitted by other types of lighting devices. In comparison to the others, this is a better choice as it uses less electricity and it lasts longer. It does not use filaments so it does not burn.

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One of the most commendable uses is the flashing LED light. This can be used as an attention seeker. If one is stranded on a place, this kind of lighting can work as a help signal. People from a considerable distance can see the signal.

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This is how you can make this flashing LED circuit board:

Step 1: First, you should already have an LED bulb. Go to the hardware and electronics store and find a flashing bulb LED. Choose the one that can be hooked to a 9-volt battery system.

Step 2: The next part is to attach the bulb. Connect the longer lead of the LED (this is usually the longer one) to the positive end of the battery. Connect the shorter lead of the LED to the negative end of the battery.

Step 3: You should also have the circuit board at the ready. Using a plier, insert the leads connected to the battery to the circuit board plug. By this time, you can already witness the bulb flashing.

Step 4: Now make the connection permanent. Get a 20-gauge wire and snip about 4 inches of it. Remove about half an inch of copper conductor at the ends of the wire. Prepare your soldering iron. Once it has already heated up, solder the red wire to the switch. Let it cool down before you switch it on.

Step 5: Once the soldered part has already cooled down, you can attach the positive lead attached to the positive end of the battery to the switch. Connect the negative lead, negative end of battery and the negative lead of the battery. Now you can test the connection by switching it on. The LED bulb you have installed should already blink.

Step 6: You can add more bulbs to the circuit if you want just follow the same procedures stated above.

If you purchase various colors of bulbs, you can also use this for party effects and not just to attract attention during emergency situations. This is a good way to spruce up an event. You use the smaller bulbs of various colors to make a greeting card more interesting too-
perfect for the holiday season.

How to Make Flashing LED Circuit Board
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Weller WP35 35-Watt Professional Soldering Iron
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Weller WP35 35-Watt Professional Soldering Iron

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Weller WP35 35-Watt Professional Soldering Iron Feature

  • Ideal For A Wide Variety Of Electronic Tasks
  • Uses St Series Long Life Double-Coated Iron-Plated Tips
  • Tip Temperature: 850°F
  • Quick-Change Knurled Collar and Stainless-Steel Barrel
  • Light Blue With Cushion Grip Handle and Plug-In Heating Element


Weller WP35 35-Watt Professional Soldering Iron Overview

Product Features: # Ideal for a wide variety of electronic tasks - has ST3 soldering tip # Uses ST series long life double-coated iron-plated tips # Tip temperature: 850°F # Quick change knurled collar - stainless steel barrel # Light blue with cushion grip handle and plug-in heating element # 6' 3-wire cord - iron is 7 7/8 long # IMPORTANT: Use only Weller® tips # UL and cUL listed (120 VAC units only)



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Weller WP35 35-Watt Professional Soldering Iron

Weller WP35 35-Watt Professional Soldering Iron
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Weller WP35 35-Watt Professional Soldering Iron Feature

  • Ideal For A Wide Variety Of Electronic Tasks
  • Uses St Series Long Life Double-Coated Iron-Plated Tips
  • Tip Temperature: 850°F
  • Quick-Change Knurled Collar and Stainless-Steel Barrel
  • Light Blue With Cushion Grip Handle and Plug-In Heating Element


Weller WP35 35-Watt Professional Soldering Iron Overview

Product Features: # Ideal for a wide variety of electronic tasks - has ST3 soldering tip # Uses ST series long life double-coated iron-plated tips # Tip temperature: 850°F # Quick change knurled collar - stainless steel barrel # Light blue with cushion grip handle and plug-in heating element # 6' 3-wire cord - iron is 7 7/8 long # IMPORTANT: Use only Weller® tips # UL and cUL listed (120 VAC units only)



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Weller WP35 35-Watt Professional Soldering Iron

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Soldering Iron Safety Tips

For many of us, soldering irons are ordinary, everyday tools used for a variety of applications. These indispensable little irons, which allow users to meld different metals together by heating them to the point of melting and applying a filler metal, can be used for tasks including metalwork, crafts projects, home improvement, car repair, electronics repair, and more. But make no mistake about it: Soldering irons can be very dangerous if the proper safety precautions are not taken. When in use, the tip of a soldering iron will exceed 700 degrees Fahrenheit in temperature - more than enough heat to seriously injure somebody or inflict damage on property and surroundings. Here are some soldering safety tips to keep in mind at all times:

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Always solder in a well-ventilated area, as the smoke given off by the iron can be extremely irritating to lungs and mucus membranes. Avoid breathing in the smoke by placing your head to the side, rather than directly over your work, and wear a protective mask if necessary. Use a fire-resistance surface such as plasterboard, or invest in a special mat intended for soldering. This will help you avoid mishaps that could burn carpeting, melt plastic or mar woodwork. When plugging in your iron, make sure not to overload the outlet. If there are too many appliances plugged into a particular outlet, unplug some of them first, or choose a different location altogether. Never set your soldering iron down on anything other than a specially made iron stand! This could damage your iron as well as the surface you're setting it down one. Replace your iron immediately if the electrical cord becomes frayed, worn or otherwise compromised. Take care to wear heat-resistance gloves or use needle nose pliers to grip objects that you're soldering, particularly small pieces. This will help you avoid accidentally touching the tip of the iron with your fingers and sustaining a potentially serious - and very painful - burn. Don't leave your iron plugged in after you're finished using it, and never leave a hot iron unattended. Always wash your hands after you finish using your soldering iron. One of the components of solder is lead, which can be toxic if ingested or absorbed into the skin.

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Soldering Iron Safety Tips
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Weller WM120 12w/120v Pencil Thin Soldering Iron
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Weller WM120 12w/120v Pencil Thin Soldering Iron Feature

  • Lightweight, pencil thin soldering iron with stay-cool handle
  • Designed for soldering miniature components
  • Develops tip temperature of 800 Degree F
  • Comes with 6 foot cord and 3-wire grounded plug
  • Made in Mexico


Weller WM120 12w/120v Pencil Thin Soldering Iron Overview

WM120 Thin Pencil Soldering Iron 12W miniature, lightweight, pencil thin soldering iron. Weighs 7 oz. and measures 7" less tip. Tip temperature of 800°F. Uses MP series tips. (USA)



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Tips to Use the Soldering Iron for the Beginners

Some people are familiar with the soldering iron, probably they even own it in their home. The tool will help you to do the repair process for the electronic devices or the jewelry. The main function of the tool is producing the heat which you can use to melt the soft metal like the wire or the solder. This process then will help you to attach the solder to the joint electronically or mechanically.

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To use the soldering iron, you will not need any special skills. Even so, you need to be careful to do it. You will need extra care and the steady position to do the proper process. It is better for you to be extra careful to the iron's tip which is used to melt the metal. Never touch the iron's tip with your bare hands or when it is in the on condition. Here are some tips for the beginners to use the tool.

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1. Work carefully. You sure do not want to damage the things around you or your own body by accidentally touch the iron's tips, right? It is better for you to get the holder for your tool. This holder will help you to keep the soldering iron in its place while you do another thing. If you accidentally touch the tip to the thing which can melt easily, there is a possibility that the thing will melt to the tip. Remember, you should turn the tool off and unplug the cable. Wait until it has cooled down then you will be able to clean the material from the tip. You need to keep the tip clean since any foreign material will be able to mix with the solder you use.

2. If you want to use the solder, it is better for you to use enough solder. Do not use too much amounts of the solder because it will bring no good to the process.

3. It is better for you to do the practice before you do the real process. You should make yourself familiar to the tool so you can use it correctly. The practice also will make you becomes skilled in using the tool.

4. Remember, safety is important. When you do the work, you should wear long sleeves and pants. You also need to wear the goggles and gloves. This is to protect you from any burn risk to your skin. It is better for you to do the work in the room which has the ventilation. Keep away the flammable things from your work environment.

Tips to Use the Soldering Iron for the Beginners
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Weller WP35 35-Watt Professional Soldering Iron
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Weller WP35 35-Watt Professional Soldering Iron Feature

  • Ideal For A Wide Variety Of Electronic Tasks
  • Uses St Series Long Life Double-Coated Iron-Plated Tips
  • Tip Temperature: 850°F
  • Quick-Change Knurled Collar and Stainless-Steel Barrel
  • Light Blue With Cushion Grip Handle and Plug-In Heating Element


Weller WP35 35-Watt Professional Soldering Iron Overview

Product Features: # Ideal for a wide variety of electronic tasks - has ST3 soldering tip # Uses ST series long life double-coated iron-plated tips # Tip temperature: 850°F # Quick change knurled collar - stainless steel barrel # Light blue with cushion grip handle and plug-in heating element # 6' 3-wire cord - iron is 7 7/8 long # IMPORTANT: Use only Weller® tips # UL and cUL listed (120 VAC units only)



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Weller WP35 35-Watt Professional Soldering Iron

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WES51 Weller Soldering Iron - Review

The WES51 is excellent soldering iron that is designed and manufactured by famous Weller company. It is perfect for all kinds of soldering projects including repairs, rework, industrial manufacturing, etc. Its economical price makes it also a good soldering iron for occasional users such as hobbyist or home electronics enthusiast. The WES51 is best-selling soldering iron on Amazon.

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And Weller has been around for many generations. Weller has started designing and manufacturing soldering irons in 1940s. Even though Cooper Tools acquired Weller Soldering in 1970s, the Weller brand name is well-respected and recognized throughout the world as a best manufacturer of soldering equipment.

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When you buy the WES51 Weller soldering station, you will receive the main power unit, the pencil, the pencil stand and a sponge attached to the pencil stand that you can use to clean the tip of the soldering iron. All of those tools combined into the soldering station setup, provide you everything that you need to start your soldering project.

Some of features of WES51 Weller station:
50 watt iron is is perfect for most soldering tasks Temperature range at the tip of iron is adjustable from 350 to 850 degrees Fahrenheit Non-burnable cord made of silicon rubber (cord length 4 ft.) Temperature lockout control so you do not burn up your circuit board with a careless mistake Easily switch between Fahrenheit and Celsius readouts Electronic temperature control is accurate to within 9 degrees Fahrenheit Station automatically powers down after 99 minutes of inactivity Static proof so you do not destroy delicate circuit boards Fast heat up of iron from cold to hot, even with bigger tips

The WES51 comes with PES51 soldering pencil that has a comfortable foam grip that improves the ease of use and reduces heat transfer from the iron into your fingers. I found the soldering pencil to be really quite comfortable to grip for extended periods. It features a stainless steel heating element which extends the soldering iron's life by minimizing corrosion. Soldering pencil PES51 uses ET series tips - Weller has a huge range of tips in ET series to suit all kinds of soldering jobs.

Main problem with most of soldering irons is that you need to wait for them to heat up from cold stage to ready-for-soldering stage, not only when you start using them, but also in between jobs if you leave them alone for a long period of time. For example, one of my soldering stations automatically powers down after 15 minutes of inactivity. Unfortunately, this particular setting is not adjustable so you can not customize it for your needs. In other words, you can not increase this time if you do little bit of soldering with a long periods of time between two soldering jobs. WES51 has a built-in activator that allows it to automatically powers down after 99 minutes of inactivity. That is right setting of this shut down time - you have enough time even if you have some longer interval between two soldering jobs.

Another great characteristic of the WES51 Weller soldering iron is that it has very accurate electronic temperature control. Temperature of iron can be adjusted with the front panel temperature control knob - you can precisely control the temperature of iron to within 9 degrees Fahrenheit. Electronic temperature control means you'll always know if the tip of the iron is hot enough for the material you are soldering. It makes your soldering task a whole lot easier. In addition, electronic temperature control allows precise control of the heat level at the tip of the iron. This means that you can rest assured that your iron is hot enough and ready for soldering, and at same time you know that it is not too hot to burn some temperature-sensitive components on circuit board. If you do not pay attention on temperature of iron's tip you can accidentally damage or ruin your soldering project by applying too much heat. For every soldering task you need enough heat to quickly and reliably melt the solder and apply it to soldering joints, but you do not want too much heat that can burn or melt delicate electronic components or circuit boards.

In conclusion, WES51 Weller soldering iron is solidly built, it has a very durable design and you can count on using one for many years with no problems. It comes in well known Weller-blue color. It is very comfortable to use this Weller soldering iron, even if you spend several hours of continuous soldering on your soldering task.

Weller WES51 analog soldering iron is very similar to Weller WESD51 soldering iron but does not have a digital display (digital display shows current temperature of iron's tip during operation or set-up).

Weller soldering iron WES51 is an excellent low cost soldering iron. It is one of the best soldering irons on market that can be found under 0. I give 4 out of 5 stars for this soldering station, as it lacks a digital readout.

WES51 Weller Soldering Iron - Review
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Weller WM120 12w/120v Pencil Thin Soldering Iron
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Weller WM120 12w/120v Pencil Thin Soldering Iron Feature

  • Lightweight, pencil thin soldering iron with stay-cool handle
  • Designed for soldering miniature components
  • Develops tip temperature of 800 Degree F
  • Comes with 6 foot cord and 3-wire grounded plug
  • Made in Mexico


Weller WM120 12w/120v Pencil Thin Soldering Iron Overview

WM120 Thin Pencil Soldering Iron 12W miniature, lightweight, pencil thin soldering iron. Weighs 7 oz. and measures 7" less tip. Tip temperature of 800°F. Uses MP series tips. (USA)



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Choosing the Right Soldering Iron

You can choose from wireless soldering tools like Butane Solder Irons, Solder Torches and Rechargeable Solder Irons or maybe an Instant Cool Solder Iron is on you list. Of course don't
forget about the traditional standbys like AC Soldering Guns and Soldering Irons.

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Before you make your purchase of your soldering tool there are some things you should take into consideration. What application will you be using your Soldering Tools? What type of heat will your soldering jobs require? Will you need a cordless soldering tool for more portability or will you be working at a repair bench where you will have easy access to a power supply? Also choosing the proper soldering tips should be an important factor you consider before making your purchase.

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So let's start off with the type of soldering tool you should choose. If your work is for the most part
performed at a service bench atmosphere then I would suggest choosing a Soldering Station. There are many choices of Solder Stations, but the general rule is to choose one that has an adjustable power (wattage) setting. This gives you many Soldering Irons in one tool. The Solder Station also gives you a place to quickly store your Solder Iron between uses. The biggest downfall of a Solder Station is it's lack of portability because of its size and need for an AC power supply.

If you decide to choose one of today's quick cool Solder Irons you may want to take these important factors into consideration first. They are indeed the best when it comes to portability. They don't require an AC power source, and most batteries in these type Solder Irons in most cases give you up to 10 hours of use before needing to be recharged. The downfall with these types of Solder Irons is the lack of power (wattage). The fast cool Solder Irons I have had the pleasure of using had a maximum power of ten watts. This may be ample power for small solder jobs or work with heat sensitive components, but if you are working with wire or larger components that are not heat sensitive this will not provide enough
power for the job.

Solder Irons and Soldering Guns that require an AC power source offer a wide variety of power (wattage) options and some portability in one package. Solder Guns offer a wattage that provide enough power for soldering wire and other large components, but don't allow the technician the flexibility to get into small areas. Solder Irons on the other hand give you the flexibility of a wide range of wattages for 6 watts up to 60 watts. They also allow you to change to different styles of soldering tips for almost every imaginable soldering job.

Butane Solder Irons also offer the technician the portability desired of a cordless Solder Iron, the choice of soldering tips and the power (wattage) required for most soldering jobs. Of course they require you to have additional butane on hand for refills, but for the most parts they make an excellent choice.

So now that you are an expert in regards to Soldering Irons go out there and shop with confidence. I'm sure you will find exactly what you are looking for.

Choosing the Right Soldering Iron
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Solder Sucker

Solder Sucker
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Solder Sucker Feature

  • Simple design allows easy one-handed use


Solder Sucker Overview

Fast action, heavy duty desoldering pump. Simply heat up solder joint and push button. Automatic nozzle cleaner. Display packaged. Standard replacement tip #370-031. Length: 8".



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What's the Difference Between a Soldering Iron and Gun?

Soldering is a technique that has many applications both industry related or recreational. Essentially, it is the process of melting a tin and copper mixture, called solder, so that it binds with other metals, but the tools can also be used to melt or cut other materials. The unique techniques for these applications involve a high level of craftsmanship, but can be learned quickly and perfected with practice. The two main tools used for this will be either a soldering iron or a soldering gun. Although these tools are similar, their applications will vary based on their inherent nature.

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The Iron

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The soldering iron is perfect for binding fragile electronics and delicate jewelry. The gun runs from a range of 15-30 watts, reaching up to 350 F. This allows it to easily melt the solder or other light metals in a matter of minutes. The tool is capable of completing procedures that require precision as apposed to intense melting power. This is why the iron is generally used for binding smaller materials: In electronics it is used to create currents by properly bonding metal conductors and in jewelry it can be used to successfully bind precious metals without damaging them.

The Gun

The soldering gun is intended for applications that may require more heat than the iron. The robust output of the gun ranges from 100-240 watts, allowing it to reach degrees up to 2400 F, so it can be used in jobs that require melting heavier solder or a cutting through stronger metal. For example: Plumbing uses the gun to seal copper piping, stained glass artisans use it to fill the space between the glass shapes, and metal worker will even use it to cut precise shapes out of sheet metal.

Although these tools both essentially serve the same function,heating and melting metals, based on their power they must be used for completely different purposes. This just shows how the application of soldering is so broad; it isn't limited to one application, and even requires different strength tools. Therefore, when trying to understand the difference between a soldering iron or gun, it is more important to understand what needs to be accomplished with the tool. The soldering iron does not have the capacity to melt strong metals or solder and the soldering gun will be completely impractical for precise electronic soldering or crafting jewelry.

What's the Difference Between a Soldering Iron and Gun?
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Sinometer 60 Watts Soldering Iron, UL listed
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Sinometer 60 Watts Soldering Iron, UL listed Feature

  • Long life replaceable tip
  • 60 Watts and UL listed
  • Stand included
  • Impact resistance handle
  • 90 days money back guarantee and 1 year limited warranty


Sinometer 60 Watts Soldering Iron, UL listed Overview

This professional 60 watt soldering iron features a replaceable tip, ergonomically designed cool grip rubber handle, and a nickel-iron plated long life copper tip. It provides an operating tip temperature of up to 860°F with fast heating time and quick heating recovery. 120 VAC.



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Sinometer 60 Watts Soldering Iron, UL listed