Novel process for manufacturing Higher performance And LOwer cost synthetic industrial diamond (HALO)

切割、研磨、抛光、钻孔和拉丝等工业加工过程需要机械坚固的金刚石，以实现耐用、高效和精确的加工。工业金刚石的性能是通过金刚石磨损距离来衡量的。磨损距离是衡量金刚石部件在磨损之前可以有效加工的材料量的指标。金刚石的磨损距离取决于金刚石的性能，如硬度、断裂韧性和（摩擦）耐热性以及加工工艺条件。133.8亿美元的全球工业金刚石石材市场主要由广泛使用的合成单晶和多晶金刚石解决。这两种人造金刚石类型的机械性能有很大的不同，每种类型都有其特定的性能属性和局限性。日本住友公司开发了一种新的人造多晶金刚石材料，具有优异的机械性能，解决了商业工业金刚石的局限性。然而，这种最先进的金刚石材料还没有商业化，因为它不能用传统的生产方法进行商业化批量生产。在这个项目中，我们将进一步开发我们的创新的、正在申请专利的金刚石工艺单元和金刚石合成工艺，用于这种最先进的合成多晶金刚石的商业化批量生产。一旦我们建立了新的生产工艺，我们将与真实的工具最终用户进行性能评估。我们的突破性方法使用热膨胀来实现所需的超高工艺压力。与传统生产方法相比，这使我们能够在每个工艺单元中生产6倍的金刚石。此外，由于我们的工艺单元结构紧凑（比传统设备小约200倍），我们可以并行热处理10个单独的工艺单元，从而将生产量提升到完全商业规模。这种新型、最先进的合成多晶金刚石材料的优势众所周知，在全球工业金刚石市场上备受追捧。我们独特的生产方法将解锁其商业可用性。该项目的成功交付将确保我们率先将这种上级、英国制造的工业金刚石产品推向市场。随着生产规模的扩大，我们将通过全球钻石分销商E.I.D.分销我们的新产品。公司

Industrial machining processes such as cutting, grinding, polishing, drilling, and wire-drawing require mechanically robust diamonds for durable, productive and precise machining. Industrial diamond performance is gauged by diamond wear distance. Wear distance is a measure of the amount of material a diamond component can process effectively before wearing out. Diamond wear distance is dependent on diamond properties such as hardness, fracture toughness and (friction) heat resistance and the machining process conditions.The US$13.38B global industrial diamond stone market is mainly addressed by widely available synthetic single crystal and polycrystalline diamonds. The mechanical properties of these two synthetic diamond types differ significantly, with each type having its own specific performance attributes and limitations.Sumitomo Corp. in Japan have developed a new, synthetic polycrystalline diamond material with exceptional mechanical properties, which addresses the limitations of commercial industrial diamonds. However, this state-of-the-art diamond material is not commercially available, since it cannot be manufactured in commercial volumes using conventional production methods.In this project, we will further develop our innovative, patent-pending diamond process cell and diamond synthesis process for commercial scale volume production of this state-of-the-art synthetic polycrystalline diamond. Once we establish our new production process, we will conduct performance assessments with real tool end-users.Our disruptive approach uses thermal expansion to achieve the required ultra-high process pressures. This enables us to produce 6x the amount of diamond per process cell, compared to conventional production methods. Furthermore, owing to the compact nature of our process cell (approximately 200x smaller than conventional equipment), we can thermally process 10 individual process cells in parallel boosting our production volumes to full commercial scale.The advantages of this new, state-of-the-art, synthetic polycrystalline diamond material are well known and much sought after in the global industrial diamond market. Our unique production approach will unlock its commercial availability. Successful delivery of this project will ensure we are first to market with this superior, UK manufactured, industrial diamond product. Following production scale up, we will distribute our new product via our global diamond distributors E.I.D. Ltd.