- Complete Octahedral Crystal Shape: Provides excellent structural integrity and uniform load distribution.
- High Transparency: Indicates premium crystal quality and internal perfection.
- Extremely Low Impurity & Magnetic Content: Ensures stable and consistent performance in high-end tool manufacturing.
- High Impact Strength: Withstands severe mechanical shock in heavy-duty sawing and drilling.
- Excellent Thermal Stability: Maintains cutting performance under high-temperature and continuous operation conditions.
Saw Grit Diamond – GSD980
Features
Specifications
Product Specifications
Particle Size: 0.1-1000μm range with precise distribution control for optimal performance in various applications.
Purity Level: ≥99.8% guaranteed purity achieved through advanced purification processes and rigorous quality control measures.
Crystal Structure: Monocrystalline form ensuring consistent physical and chemical properties throughout the material.
Morphology: Blocky to irregular shaped particles providing excellent packing density and surface area characteristics.
Quality Assurance: All products meet GB6966-86 national standards and are manufactured under ISO9001 certified quality management systems.
Testing & Certification: Each batch undergoes comprehensive testing with full traceability documentation provided for quality verification and regulatory compliance.
Applications
Stone & Construction
Heavy-duty saw grit diamond for extreme cutting conditions in stone and infrastructure projects.
- Hard granite and basalt cutting
- Reinforced concrete sawing and coring
- Large-diameter saw blades and core drills
Geological Drilling
Reliable diamond solution for drilling applications requiring high impact resistance and durability.
- Core drilling in hard rock formations
- Geological exploration drilling tools
- Infrastructure and foundation drilling
Ceramic Manufacturing
Suitable for high-load cutting of dense and hard ceramic materials.
- Technical ceramic cutting operations
- High-strength ceramic component machining
- Industrial ceramic material processing