roduct Applications : HonWay’s brand value is to provide the most suitable and best products for each customer. Not only that, but HonWay also has a wide range of product applications from superabrasive to raw materials for our customers to reference, understand and use.
Many people believe that the faster a CNC tool works, the better. However, what might surprise you is that before these tools are delivered to customers, they undergo a “passivation treatment”! But what exactly is passivation, and why is it necessary?
Tool Edge Passivation is an issue that is often overlooked but is critically important. The importance lies in the fact that passivated tools can significantly increase edge strength, tool life, and cutting stability.
Walking through the streets, you’ll always see well-dressed men and women, with trendy, fashionable outfits—personalized, avant-garde, vintage… As long as your imagination is enough, you can mix and match however you like, and still turn heads. In this era of bold expression, everything is up to you. However, the same cannot be said for the metallographic polishing machine in our lab. Customization is fine, but you can’t mismatch, or you won’t be able to reveal the truth of your sample.
During the preparation of metallographic samples, whether they are metals, composite materials, or electronic materials, the use of metallographic sandpaper is usually the first step. The purpose is to remove the damage and deformation layer caused by the cutting process, which is the coarse grinding stage and serves as preparation for subsequent polishing. This step is critical because if not handled properly, it will affect the results of later processes and may even prevent the sample from being properly ground, making it impossible to perform the final metallographic analysis. With this in mind, the editors at Lianneng Metallography have a few suggestions to share, which should help improve your sample preparation work.
There are many types of grinding wheels and tools, with various shapes and sizes. Depending on the abrasive material, bonding agent, and manufacturing process, each grinding wheel has a specific range of applications. An incorrect choice can directly affect machining accuracy, surface roughness, and production efficiency. Therefore, when performing grinding operations, it is essential to select the appropriate grinding wheel based on the specific situation. How can we correctly choose a grinding wheel? Here’s a summary of commonly used grinding wheels in machining to help you make informed choices.
Diamond is one type of superhard material and cubic boron nitride is another. The two kinds of superhard materials after a series of machining and processing procedures can be made into a variety of tools and directly with them into a variety of functional devices, collectively referred to as superhard material products.
Fluorine rubber and nitrile butadiene rubber were modified by using purified and post-blasted synthetic products (nano-diamond black powder and gray powder). The study shows that although the black powder can increase the hardness of rubber, but the tensile strength and elongation at tear decreased. Nano diamond powder gray powder added to the fluorine rubber, the …
In 1992, Yashchenko and others in the United States used powder metallurgy to make a new type of anti-wear material, which is made by mixing copper-zinc and copper-tin powders with nano-diamond powder in a certain proportion by compaction, and then sintered in hydrogen gas. This new material can be used in internal combustion engine cylinder …
New wear-resistant materials containing nano diamond powder Read More »
（1）Nano Diamond Powder Composite Coating Nano Diamond Powder Composite Coating Technology is one of the key technologies for product manufacturing. Through surface coating, the surface of the product can be protected by a protective layer of controlled composition and organization, which significantly improves the service life and reliability of the product. For example: marine platforms, …
Cerium oxide is a significant rare earth oxide, mainly used for smelting metallic cerium and as an additive in various materials. Since 1940, cerium-rich rare earth polishing powders have gradually replaced iron oxide (red iron) for glass polishing, becoming a critical material in the glass polishing process. Compared to traditional polishing powders like iron oxide, …
