Aluminum alloy has many advantages such as light weight, good strength, easy processing, strong wear resistance, energy saving and high efficiency, and is widely used in many industries such as automo
The vitrified bond diamond grinding wheel has the common characteristics of vitrified bond and diamond. Compared with traditional abrasive grinding wheels, it has strong grinding ability, low grinding
Diamond is the hardest substance among known minerals, and the amount of wear when matched with various metal and non-metal materials is only 1/50～1/800 of that of cemented carbide.
A thank-you note from our American customer, we appreciate with
In the correct application, the service life of PCD tools is almost 20 times that of the same carbide tools. The new generation of integral PCD spiral end mills and drills will further expand this adv...
Polycrystalline diamond composite (PDC cutter) is a new type of composite material, which is formed by sintering diamond particles with micron size and tungsten carbide matrix under high temperature a...
Mechanical wear, binder wear, reverse transformation (phase change) wear, chemical wear, diffusion wear, adhesive wear, micro-cracking wear, and abnormal wear.
The blisk is one of the key parts of aero-engines, and it is usually divided into two types: split type and integral type.
Moresuperhard provide quality cnc diamond grinding wheel for grinding rotary cutting tools.1A1,1V1,11V9,12V9 abrasives grinding wheel suit for anca,walter,ewag cnc grinding machine.1. Suitable for high-efficiency grinding processing with rapid feed.2. Good wear resistance and shape retention.3. It has good self-sharpening properties, generates less heat during grinding, reduces burns on the workpiece, and meets the high-precision requirements of the tool.4. No clogging, easy to trim, extend the trimming cycle and reduce processing costs. 5. The cutting edge quality of the grinding workpiece is consistent and the smoothness is high, which ensures stable quality when processing downstream products.
At present, the main diamond processing methods include mechanical polishing, thermochemical polishing, tribochemical polishing, laser polishing, ion beam polishing and chemical mechanical polishing.Due to the anisotropy of diamond, "hard" and "soft" polishing directions have completely different material removal rates.Experimental results show that atomic-level roughness values can be obtained in a shorter time by mechanical polishing in the crystallographic directions <100> and <110> or in another direction deviating from <110> at an angle not exceeding 20°.
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