A sheet lead knife is the most effective tool for cutting lead flashing. The sheet lead knife is sharp and long-lasting, and it does not grow dull easily. Aviation snips, on the other hand, may be used to cut lead; they are designed expressly to generate sharp cuts through robust metal sheets. However, aviation snips are expensive and require maintenance to keep them working properly.
Sheet lead is soft and can be cut with a knife or using an electric drill. Lead is also workable with rubber mallets or heavy objects (such as rock salt or steel wool) wrapped in cloth or leather. The lead will take on the color of the material you use to strike it.
Lead is soft and will bend if pushed too hard. Try to avoid hammering lead into place because this can cause damage to other materials behind the lead, such as copper or aluminum wiring.
If you do have to cut lead, wear protective gear including protective gloves, a face mask, and protective clothing. When cutting lead, try to stay away from water sources because lead is toxic and can enter water supplies.
The best way to protect yourself while cutting lead is by wearing protective equipment. A face mask should be worn at all times while cutting lead because lead particles are small and can get into the mouth and nasal passages.
Every professional studio should have at least one of these! The conventional way of cutting lead is using lead knives. Knives outperform nippers with a long lead. You can buy replacement blades for lead knives (called leadeads) from many hardware and music stores. They are not that expensive (about $20).
The other option is using lead nippers. These are tools used to pinch or fold metal objects. Lead nippers are easy to use but they tend to wear out quickly because the action of folding lead requires very precise cuts which quickly dulls the blade.
So, if you want to save money but still need high-quality lead cutting equipment, then lead knives are the way to go!
You can cut the lead with one hand while holding the saw against the lead face. WD40 is not for the cutting surface; it lubricates and decreases friction on the blade face. A fairly coarse-toothed blade worked perfectly. The only problem was removing the waste lead after it had been cut.
Use a hammer and chisel to break up the metal shavings after they have cooled off. If you don't, you'll have a hard time flushing them down the toilet or into your sewer system.
The best way to remove lead paint from wood is with a paint remover that has been specially made for removing this type of paint. Non-drying cleaners such as WD40 will just make the problem worse by leaving moisture on the surface which will cause more peeling. It's best to use a dry heat source (such as a hair drier or stove) to warm the room up before trying to clean the housework will be easier.
If you don't want to spend money on a paint remover, try using dish soap instead. Mix 1 part dish soap with 2 parts water. Soap acts as a surfactant, making any oily substances it comes in contact with soluble in water. Rinse the work area with water after using soap to remove any residual scent or taste.
An easy way to melt lead is to use a cast iron pan. Add all of your scrap lead into the pan and use a blowtorch to apply heat directly to the metal until it's completely melted. You can then use the molten lead to pour into a mold and let it cool to take the shape of the mold. Always wear protective gear when working with lead.
The only real risk with melting lead is the vapors that are given off, but these can be reduced by wearing protective equipment. Otherwise, lead is very safe to work with. In fact, most health concerns about lead exposure come from living in or around areas where it has been used as an industrial material for many years before being banned.
As long as you follow proper safety procedures, you have no reason to worry about lead at home. If you're concerned about lead in your environment, find out where it comes from and try to avoid these sources. Lead pipes for drinking water may appear old-fashioned, but they do not cause any harm even after decades of use because the lead does not dissolve into the water itself. Lead paint is also extremely dangerous, but much of this danger has been eliminated by law since 1978. The only remaining uses for lead based on scientific evidence are battery storage and catalytic converters. Batteries cannot be recycled using traditional methods and cat boxes reduce pollutants from entering the atmosphere.
Take a chunk of it and bend it. Lead will sag, and Babbit will sag slightly before breaking. To test it, you may need to melt some and pour it into smaller pieces. The thunk and ring approaches will also reveal a lot. You don't want to be wearing a heavy coat when you do this test.
Lead is soft and malleable, while Babbitt is hard and brittle. You can feel the difference with your hands - lead is smooth, while babbitt has tiny grains inside it.
The name "babbitt" comes from an early mining term for lead ore that was used by miners in Pennsylvania. When they found some ore that was too soft to be mined by themselves, they would bring it back to their shop and beat it against harder objects like rocks to break it up enough to dig out with shovels or pickaxes. This created a lot of lead shavings called "babbitt."
Babbitt metal is very toxic if not treated properly. It should never be thrown away as trash because all that's left after using them for fuel is lead dust. The lead dust is dangerous over time because it can get into your lungs and cause health problems.
People usually recycle their old Babbitt metal because there are recycling programs for it.