Why are raw materials so important? The selection shapes the outcome. The quality of the raw materials you use directly affects the quality of the resulting products! Rare earth materials are not only known as the “vitamins of the semiconductor industry,” but with just a small amount added, they achieve the effect of “industrial vitamins” …
The diamond polishing liquid is formed by dispersing abrasive particles in a medium, offering excellent chemical-mechanical properties. It is widely used in the grinding and precision polishing of silicon wafers, compound crystals, optical devices, LCD panels, gemstones, and metal workpieces. Polishing and Grinding Solution Series ◎Monocrystalline Diamond Solution (MDS)◎Polycrystalline Diamond Solution (PDS)◎Nanodiamond Solution (NDS) Monocrystalline …
Meta Polishing – Polishing our Meta world. Achieving ultra-precision polishing of free-form surfaces, no polishing marks under a microscope, meanwhile effectively reduces surface roughness with controllable Ra value, reduces waviness (Wa), and also accurately maintains excellent post-polishing surface profile (PV), it is suitable for electroless nickel polishing, copper, aluminum, tungsten steel, mold steel, etc. meta polishing
Diamond is the hardest material on Earth and one of the most valuable. Among all natural and synthetic materials, diamond possesses the highest hardness and thermal conductivity, the broadest range of optical transparency, and the highest refractive index. It also exhibits exceptional wear resistance, as well as superior acoustic properties, radiation resistance, and corrosion resistance. In short, diamond is the most perfect functional material in the material world to date. Due to its potential applications in military and various sectors of the economy, diamond powder has garnered increasing attention, leading to advancements in its production technology.
We have previously discussed the differences between monocrystalline and polycrystalline diamonds, but how should they be applied in practice? In what situations should monocrystalline be chosen, and in what situations should polycrystalline be used? What kind of surface results can be expected from their use? Let’s dive in and find out.
A monocrystalline, also known as a single crystal, is a crystal where the internal particles are arranged in a regular and periodic manner in three-dimensional space. In other words, the entire crystal is composed of a uniform spatial lattice in all three dimensions, and the arrangement of particles within the crystal is long-range ordered.
A polishing agent consists of abrasives combined with a medium, which can be water, oil, or alcohol-based substances. Different additives are added by various manufacturers to disperse the abrasive material within the medium. Finally, the polishing agent is paired with a polishing cloth to achieve the desired grinding and polishing effect.
Many people often ask during the polishing process, “Should I use sandpaper for this surface, or opt for a specific grade of diamond paste abrasive?” When it comes to selecting polishing materials like diamond paste or the grit number of a grinding wheel, how do we determine which grit number can achieve the desired result? Let big data and statistical analysis provide you with the answer.
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.
