Tinning flux fumes7/7/2023 Leave us to enjoy ham ‘n beans and apple pie, and let nanites enjoy the sweet fog of rosins. And 100 feet away, I like skunk… an ingrediant equal to ambergrish, (sp? of which I ain’t never had the pleasure? whale vomit?) in the best perfumes, or it once’t was so. In fact, helping a mech so my pickup axle, I embraced one ancient smell of my youth, differential lube. And I are not nor weren’t never a very aroma squeemish person. Still, while I never mined the aroma a lot, I somehow knew, too much of ANY smoke was a foul thing. Posted in Tool Hacks Tagged safety, soldering, soldering fumes Post navigationĮgg on my face, Yann… I thought 60/40 tin/lead melted at a lower temp than 70/30. We’ve also talked about general safety measures you ought to be taking before. If you want to build your own extractor, unsurprisingly we’ve seen it done many times. It would be interesting to do some analysis to determine what all that residue was. You can imagine your lungs getting even a little of the gunk that was on the cotton balls. The cotton was very sticky and coated with a yellow substance. Still, the cotton balls and even the housing were full of flux residue and fumes. In real life, your lungs would get only a small percentage of that. Realistically, the cotton balls probably got nearly all the fumes from the things he soldered. Then he examined what was on the cotton balls. Instead, he replaced his fan assembly with a shop vac. rigs up a fan with some plastic bottles, fans, and some cotton balls. video on soldering fumes might make us rethink that, though (see below). We sometimes roll our eyes a bit at the people with the soldering fume extractors unless you are soldering 8 hours a day, although we’ve occasionally used a small fan nearby just to get some circulation. Just keep the hot and cold end of the iron straight and remember not to flick solder off the tip on your leg and you are fine. Most of us have been soldering since we were kids and we don’t think of it as a particularly dangerous activity. View our Technical Bulletin | Safety Data Sheet for this product.We’ll admit it. Residues are water soluble and should be removed after soldering. With all solders however, it is particularly useful for tinning new metal, using Johnson'sĤ97 Lead-Free Solder. Johnson's Tin-Ezy with Pure Tin is compatible This special chloride flux formulation isīlended with only Grade-A Pure Tin powder. Johnson's regular Tin-Ezy, it is made in a low-humidity environment to keep itĭry and free-flowing for increased storage life. Johnson's Tin-Ezy with Pure Tin tins quickly, yet contains no lead. JOHNSON'S TIN-EZY POWDER with PURE TIN This Full Strength Tinning Without Lead The use of this solder in any potable water system is prohibited by Federal law. Lead is a chemical known to the state of California to cause birth defects or other reproductive harm. Respirators & local ventilation may be required - See OSHA 29CFR 1910.1025 for regulations. Wash hands after using and before eating, smoking or drinking. WARNING! CONTAINS LEAD Toxic if ingested or fumes inhaled. Keep lid tightly closed when not in use to prevent hardening. Its water soluble residues remain hygroscopic and corrosive until removed. Soldering Fluid to be applied as a slurry, but is also quite effective when applied dry to heated metal. Tin-Ezy is usually mixed with water or Johnson's It works well on all common metals including aluminum, bronze, galvanized and other tough-to-tin metals. Tin-Ezy is most commonly used for tinning auto and industrial radiators, and other large areas economically. A very dry, free flowing blend of powdered solder and special flux that cuts throughĭirt, grease, oil, paint and rust when heated. Johnson's Tin-Ezy is the fastest acting tinning compound you can use. SAFETY DATA SHEETS JOHNSON'S TIN-EZY POWDER Industrial Strength Tinning Compound, For Use as a Slurry, or Dry You are here: Home » Fluxes » Tin-EZY Powder HOME PAGE |
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