Yes, while there isn't a unified "online selection tool" as interactive as software, I can build a structured selection decision framework for you. Based on your specific needs (such as application, performance requirements, and budget), I can quickly identify the most suitable fused alumina material.
2. Refined Selection Based on Performance Requirements
Need the highest hardness? → Choose white fused alumina (Mohs hardness 9.0).
Need impact resistance and less brittleness? → Choose brown fused alumina or sub-white fused alumina.
Need resistance to ultra-high temperatures (>1800℃)? → Choose white fused alumina or dense fused alumina (refractory resistance >1900℃).
Need to control costs? → Choose brown fused alumina, whose raw material cost is 25%-30% lower than industrial alumina.
3. Combining Particle Size and Specifications
After selecting the material, the particle size must also be matched:
Coarse particle size (#12-#54 mesh): Used for sandblasting and refractory aggregates.
Medium-fine particle size (F80-F220): Used for bonded abrasives (grinding wheels).
Ultrafine powder (F230 and above, such as 2500 mesh): Used for precision polishing and ceramic injection molding.
