The question “is hematite magnetic” has a complex answer. This confusion is common in the marketplace. We’ll give you the definitive answer right away. Natural hematite is only very weakly magnetic. It won’t stick to a regular magnet. The strongly magnetic, shiny black beads and stones often sold as “magnetic hematite” are completely different. They’re man-made materials. This […]

Have you ever noticed how a magnet sticks to your fridge but not to an aluminum can? This simple observation reveals something fascinating about metals. The question of which metals are not magnetic has a more complex answer than you might expect. Many everyday metals don’t attract magnets at all. Common examples include aluminum, copper, lead, […]

Die Frage „welche metalle sind magnetisch?” gehört zu den wichtigsten Grundlagen der Materialwissenschaft. Diese Antwort ist entscheidend für Ingenieure, Designer und Wissenschaftler. Sie hilft auch jedem, der die Welt um uns herum besser verstehen möchte. Die wichtigsten magnetischen Metalle sind Eisen, Nickel und Kobalt. Doch diese einfache Antwort zeigt nur einen kleinen Teil eines faszinierenden physikalischen […]

is titanium magnetic? For everyday use, the answer is no. Titanium won’t stick to your refrigerator magnet or any regular household magnet. But the scientific answer is more complex. Titanium is actually classified as a paramagnetic material. This means it has a very weak attraction to external magnetic fields. This effect is thousands of times weaker than […]

Many people wonder if aluminum is magnetic. The answer might surprise you. No, aluminum won’t stick to your refrigerator magnet like steel does. It doesn’t have the strong magnetic pull we call ferromagnetism. But there’s more to this story. Aluminum actually has a fascinating relationship with magnetic fields that goes far beyond simple attraction or repulsion. Aluminum […]

Yes, iron is strongly magnetic. It’s the classic example of a material that gets powerfully attracted to a magnetic field. Hold a magnet near a piece of iron. You’ll feel a distinct and forceful pull. This property makes iron a cornerstone material in the world of magnetism. Scientists classify this behavior as “ferromagnetic.” We’ll explore this term […]

No, a standard magnet will not stick to pure titanium or its most common alloys. This answers the basic question most people have. But the full scientific picture is more complex. Titanium isn’t magnetic like iron or steel, but it does show a very weak type of magnetism called paramagnetism. Here’s a simple way to think about […]

No, a standard permanent magnet will not stick to aluminum. Aluminum is a paramagnetic material. It’s not ferromagnetic like iron, nickel, or cobalt. Its magnetic attraction is incredibly weak. But does this mean there is no interaction between aluminum and magnets? The answer is more complex and fascinating. It has significant implications for engineering and manufacturing. This […]

Table of Contents The Secret of Fridge Magnets: Why Do Magnets Sometimes Fail to Stick to Stainless Steel? Have you ever excitedly pressed a newly bought fridge magnet onto your fridge door, only to have it “clatter” and slide to the floor? It’s not that the magnet is broken; it’s your stylish stainless steel fridge […]

This is one of the most frequently asked questions by customers to us magnet manufacturers. The answer is far more complex than imagined, and it is crucial for your product design, equipment selection, and troubleshooting. This article will not only give you a ‘yes’ or ‘no’ answer but also take you deep into the world of […]