Boreas Upcoming Event
Boreas Booth Number: B07
Industry professionals, manufacturers, and buyers from around the world will gather in Zhengzhou to explore emerging trends, strengthen trade cooperation, and drive technological advancements in the field of abrasives, grinding, and superhard materials.
Exhibition Scope
Superhard Materials & Products
Synthetic diamond, lab-grown diamond, cubic boron nitride (CBN), superhard micro powders, PDC, PCD, PCBN, CVD diamond films (thin and thick), and a variety of tools for grinding, cutting, drilling, and polishing.
Conventional Abrasives & Products
Various types of corundum, silicon carbide (SiC, B4C), abrasive powders, bonded abrasives, refractory materials, and more.
Coated Abrasives
Raw materials, manufacturing equipment, testing instruments, abrasive cloth, abrasive paper, and a full range of coated abrasive products.
Raw & Auxiliary Materials
Raw materials for superhard and conventional abrasives production, grinding tool substrates, bonding agents, metal powders, binders, and more.



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Boreas at A&G 2025
Booth No.: B07
Boreas New Materials Co., Ltd. will showcase a wide range of premium superhard abrasives and unveil our latest innovation – Boron Polycrystalline Diamond
It is an internal polycrystalline structure, addressing the limitations of conventional boron-doped single crystal diamond, such as poor retention in the bond, easy grain pull-out, and insufficient sharpness. At the same time, it overcomes the issues of conventional polycrystalline diamond, such as thermal expansion and fracture at high temperatures. BRD810 is suitable for use in resin bond tools as well as in ceramic and metal bond tools.
✔Outstanding Self-Sharpening Performance BRD810 features excellent self-sharpening. Micro-cutting edges fracture during grinding, continuously exposing fresh sharp edges for stable cutting efficiency.
✔Superior Heat Resistance The initial oxidation temperature of BRD810 is 150°C to 300°C higher than that of traditional diamond. This is because the boron atoms bond with the carbon atoms on the diamond surface to form a boron-carbon structure, which eliminates free valence electrons and prevents reactions with electron-deficient atoms such as oxygen. As a result, the diamond remains in a stable state, with significantly improved thermal stability, enhanced wear resistance, and extended service life.
✔Stronger Bonding, Tougher Tools BRD810 diamond has a rougher and more irregular surface, which enhances its mechanical interlocking with the bonding agent, effectively preventing premature grain pull-out. This significantly improves the performance of abrasive products, providing superior support for high-end applications in the military and aerospace industries
For more detailed information, please contact us at: sales@boreasdia.com
We look forward to meeting industry partners, customers, and visitors at A&G 2025 to share our latest products, technical expertise, and collaborative opportunities.
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