In the first part of the article we discussed about powders and the classifications adopted for cemented carbide, as well as the importance of using a proper dewaxing cycle. In this second part we will go more in depth about the sintering process, discussing the difference between vacuum sintering and sinter-HIP for cemented carbide and the equipment. Sintering ..read more

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Powder metallurgy is a cost effective way to create customised, strong and durable metal components for a huge range of industrial uses. Learn about how powder metallurgy works and choose the right metal manufacturing solution for any industrial challenge. This article provides a brief introduction to the various powder metallurgy techniques, including vacuum sintering and additive manufacturing. It suggests a few of the major benefits of implementing powder metallurgy, as well as some contemporary uses of the technique which could provide inspiration for future applications ..read more

Who needs a vacuum oven? Does the vacuum furnace really represent a solution capable of stimulating the achievement of company objectives? Definitely yes, but be careful to carefully consider which parameters are priority for you. Remember that once you have gathered basic information, an interview with an expert advisor will make the difference between a rough choice and a successful long-term investment ..read more

Powdered metal, metal injection molding (MIM), 3D printing, and other similar technologies can benefit greatly from the superior quality and flexibility of vacuum sintering. This complete guide to sintering in vacuum furnace offers you deep insight into the heat treatment process, and shows how an understanding of all aspects involved can be used practically to improve your products ..read more

Today, PM products are an intrinsic part of a number of technical sectors. And of course, since suppliers’ innovation cycles are traditionally geared towards Euro PM, this is where you can see the latest innovations in the field. In this context, TAV VACUUM FURNACES has brought its expertise at Euro PM2017 by showcasing a vacuum furnace which gathered consensus and heightened interest in visitors. If you missed it, read the article and learn more about Powder Metallurgy (PM) and the vacuum system exhibited ..read more

Vacuum furnace brazing is a process of heat treatment that joins metallic parts to one another in an incredibly secure manner. Like the aerospace sector, automotive heat treatments are required for many high-quality joins and vacuum brazing fits the bill when other processes simply don't cut it. In this article, you will discover exactly how the automotive sector leverages modern vacuum furnace technology and the various applications it can be put to. Read on to find out everything you ever wanted to know about vacuum brazing furnaces and vehicle manufacturing ..read more

How do vacuum heat treatments affect the fatigue performance of components made with Selective Laser Melting technology? We will analyze the relevant improvements obtained on products for the aerospace, medical and automotive sectors, thanks to the vacuum furnace posts-processes of the components made with additive manufacturing (SLM). Looking at the figures, we will conclude by exposing the interesting experimental results obtained in laboratory, thanks to a fruitful collaboration with animportant university campus ..read more

Several industries rely on sintered parts and components including automotive, medical, and tools. Vacuum sintering produces consistent, bright parts with no seams, joints, or fillers. Beginning with an overview of the benefits of sintering in a vacuum, the article focuses on debinding, with regard to the decision-making process for performing or not debinding and sintering in the same furnace ..read more

Advanced ceramics are experiencing a boom. After attending ICACC19, an expo for researchers and industry professionals dedicated to the topic, we offer a peek inside the fascinating world of transparent and translucent ceramic composites. Unlike conventional ceramics that we encounter in our daily lives, advanced ceramic materials are characterized by high purity, low porosity, and exceptionally small grain sizes. Thanks to these properties, these materials find wide industrial and commercial application, from large machinery to highly resistant windows, to orthodontic brackets. Vacuum sinteri ..read more