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Lisez des articles d'experts sur les technologies des poudres d'alliage, les tendances du marché et les applications industrielles. Découvrez des informations sur la fabrication additive, la pulvérisation thermique et l'innovation en matière de matériaux.
Nickel powder, in my opinion, is really a bit like a “all-rounder”. The reason why it can eat well in several key areas is mainly because it has electrical conductivity, magnetism, corrosion resistance, and stability at high temperatures. The com...
Voir les détailsWhen it comes to powder forging (PF), many people only know that it is a high-precision manufacturing scheme. It uses water-atomized, pre-alloyed steel powder—usually low-alloy steel containing nickel, molybdenum, or manganese—to produce parts wi...
Voir les détailsThe defining difference between 316 and 316L stainless steel is the Carbon content. Standard 316 stainless steel has a maximum carbon content of 0.08 percent, while 316L (where “L” means Low Carbon) pushes that limit to 0.03 percent. In practic...
Voir les détailsRegarding the powder packaging machine, there are mainly two categories on the market: VFFS (vertical bag making packaging machine) and bag giving packaging machine (Premade Pouch Packing Machine). If your top priority now is to deduct costs an...
Voir les détailsIn short, it is a fine gray metal powder made of pure nickel, and its notable features lie in its excellent electrical conductivity, outstanding corrosion resistance and unique magnetism. Based on my experience, the production processes of nickel...
Voir les détailsWater Atomized Metal Powder, simply put, is the powder obtained by impacting a molten metal flow with a high-pressure water jet, causing it to break and cool. This process endows it with an irregular and rough surface shape. In the field of metal...
Voir les détailsThis is also the topic that I have always wanted to talk about after touching powder in the industry for so many years—stainless steel powder (Stainless Steel Powder). It is the absolute “grain” of metal injection molding (MIM), additive manufact...
Voir les détailsIn the demanding engineering field, the properties of materials determine the boundaries of the system. When environmental challenges reach their limits, involving continuous friction, extreme temperature gradients, or continuous attack by che...
Voir les détailsHello everyone, as an expert with many years of experience in materials science and engineering, today I’d like to discuss metal powder alloys in depth. In my opinion, metal powder alloys represent an important direction in modern materials scien...
Voir les détailsHello everyone, I am an expert with many years of experience in materials science and engineering. Today, I’d like to talk about stainless steel powder—a seemingly ordinary material that is actually highly technical. I will combine my years of ex...
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