On a farm, the same person often does all three jobs in the same week, wearing the same gloves. That's a mistake, because the hazard is different in each case, and a glove that works great for liming won't give the protection required by regulations when handling a concentrated crop protection product. Below, concretely: what the standard says, where the line falls, and what to look for when buying. The short answer Spraying is covered by a separate standard, ISO 18889, which

The question about disposable gloves for children looks like a simple shopping question, and in reality it hides three completely different situations. A four-year-old who wants to help wash a bike is one thing, a thirteen-year-old in a chemistry class is another, and an adult putting on gloves to look after a child is yet another. This article separates these three cases, because only in one of them is the answer a glove in a size you can actually buy. In the other two, the

The pattern repeats itself for years. After a few months of work, the skin on the hands gets rough and red, then starts itching, and eventually cracks at the finger joints. The first self-diagnosis always sounds the same: I've developed a latex allergy, I'm switching to nitrile. Sometimes that works. Surprisingly often it doesn't work at all, and the conclusion drawn is that gloves weren't the cause after all. The problem is that the label “glove allergy” actually covers at l

Glove size is one of those things everyone eyeballs, until something splits. Usually it's the material at the thumb that splits, or your patience, when after an hour of work your fingers are tired from gripping something that wasn't even heavy. The problem is that the labels on the boxes come from three different worlds at once. The letter comes from a commercial convention, the number from an inch-based system, and the millimetre measurement from a technical standard almost

The question looks trivial, and it isn't, because the same nitrile gloves are four different kinds of waste in four different places. At home they're municipal waste. In a workshop they can be hazardous waste with their own code and a record-keeping obligation. In a medical practice they fall under entirely different rules. And they should never end up in the yellow bin, even though that's exactly where they end up most often. The short answer is... At home? Into mixed waste.

Someone types that phrase into a search engine expecting a ranked list of workshop gloves from first to tenth place. The problem with such lists is that they measure something that doesn't really matter much. A glove that's ideal for an oil change can be a bad idea for a can of brake cleaner, and the difference doesn't lie in the logo on the box, it lies in the chemistry. It's worth remembering why we're even talking about this. According to 2023 Eurostat data, upper limbs, m

Everyone knows this moment. The socket sits on the bolt, your hand is in a good position, you pull and suddenly the wrench skids sideways, and your knuckles land on the manifold. The reflex diagnosis always sounds the same: I wasn't holding on tight enough. That, though, is almost never true. Your hand held on exactly as hard as it decided was necessary, and it made that decision without asking you, within tens of milliseconds of touching the wrench. The whole problem is what

The question sounds like the argument over whether an open-end or a ring spanner is better. The answer is the same: it depends what's in front of you. Except with gloves, the consequence of the wrong choice isn't a skinned knuckle, it's a hand sitting for eight hours inside something it was supposed to be isolated from. So let's start not with which material is better, but with what each of them was actually made for. Because that's the whole answer, just given backwards. Two