Engis Corporation is a worldwide leader in the micronizing of diamond powders. We process our diamond powder to your exacting specifications selecting only the finest diamond feedstocks. This careful selection of feedstocks, coupled with our special grading process, ensures that you receive diamond powder that meets stringent quality and repeatability criteria. Each lot of diamond powder is individually checked for size, shape and cleanliness. This process ensures consistent quality and superior performance suited to your individual application.
We Specialize in Consistent…
• Customized particle size distribution
• High surface cleanliness of diamond particles
• High purity diamond powder (having a low level of intrinsic & extrinsic impurities)
• Diamond particle shape
• Mechanical properties
Let us show you a sampling of our application offerings.
|Powders for Grinding, Lapping and Polishing:
Micron diamond and CBN powders custom processed by Engis can be used in a wide variety of grinding, lapping and polishing applications. Our superior micronizing capability gives you the benefit of cleaner, more consistent performance results.
|Powders for the Manufacture of Precision Grinding Wheels and Tools
Our complete range of high purity powders, which are designed specifically for your application needs, have consistent shape and tight particle size distribution that precisely control the high end distribution.
|High Precision Diamond for the Hard Disk Drive Industry
Engis Corporation has many years of experience in providing consistent high quality diamond products for use in the most demanding applications of the hard disk drive industry. Engis products are developed and tested in our lab where we simulate the HDD process.
|Diamond and CBN Powders for PCD and PCBN Sintering
Engis is the world leader of micron diamond and CBN powder for HP-HT sintering of PCD and PCBN products. Engis works with PCD & PCBN manufacturers to customize diamond & CBN feedstocks to meet the most demanding requirements of synthesizers and end users.