Ceramic Microcrystalline Abrasives 陶瓷微晶磨料

Why Microcrystalline Outperforms Conventional Abrasives 微晶磨料优于传统磨料的原因

• 1
  Nano-scale grain structure → continuous self-sharpening 纳米级晶粒结构 → 持续自锐
  Each grain fractures micro-crystallographically during grinding, always presenting fresh, sharp cutting edges. Unlike conventional abrasives that dull rapidly, this mechanism sustains cutting efficiency throughout the wheel life. 每个晶粒在磨削过程中沿微晶面断裂，始终呈现新鲜锋利的切削刃。不同于传统磨料迅速钝化，这一机制在整个砂轮寿命周期内持续维持切削效率。
• 2
  Better shape retention → longer wheel life 更好的形状保持性 → 更长砂轮寿命
  The nano-crystalline structure prevents large-scale spalling and maintains the abrasive grain profile for longer, reducing the frequency of wheel dressing and the consumption of dressing tools. 纳米晶体结构可防止大面积剥落，更长时间保持磨料晶粒形貌，从而降低砂轮修整频率，减少修整工具消耗。
• 3
  Liquid-phase chemistry production — not electric fusion 液相化学法制备——非电熔法
  The liquid-phase chemical synthesis route allows precise control of grain morphology, crystal size, and impurity levels — qualities that cannot be achieved by conventional electric fusion processes. 液相化学合成工艺可精确控制晶粒形貌、晶体尺寸和杂质水平——这些品质是传统电熔工艺无法实现的。
• 4
  Widest selection of grain shapes on the Chinese market 国内市场上最多的晶粒形状选择
  TG-S (granular), TG-A (round bar), and TG-T (triangular bar) cover the broadest range of gear grinding and honing applications, giving process engineers maximum flexibility in wheel formulation. TG-S（颗粒状）、TG-A（圆条状）和TG-T（三角条状）覆盖最广泛的齿轮磨削和珩磨应用，为工艺工程师在砂轮配方设计上提供最大灵活性。