Particle Fineness | High-precision ceramic molding | 6000 Mesh (Our Advanced) ▲▲ 4000 Mesh (Our Base) ▲ 3000 Mesh (Industry Standard) (ISO 3310 certified) | Enables ultra-fine structural ceramics for intricate furnace fixtures. Hover: 6000 Mesh = 25 µm particle size | Higher mesh = increased production cost. Not ideal for low-budget kiln projects. |
Far-Infrared Emission | Energy-efficient heating systems | 82% (Our Advanced) ▲▲ 65% (Our Base) ▲ 50% (Industry Standard) (ASTM C1058) | Reduces energy consumption by 30% in furnace kilns. Hover: 82% = 8–14 µm wavelength range | Requires specialized coating for optimal emission. |
Thermal Stability | High-temperature furnace components | 1800°C (Our Advanced) ▲▲ 1600°C (Our Base) ▲ 1400°C (Industry Standard) (ASTM C20) | Withstands repeated thermal shocks in industrial kilns. Hover: 1800°C = 30% higher than standard kiln max temps | Limited use in low-temperature applications (e.g., food-grade ceramics). |
Material Composition | Corrosion-resistant furnace fixtures | Zirconia + SIO₂ (Our Advanced) Alumina (Our Base) Clay-based (Industry Standard) (ASTM C242) | Zirconia improves durability in acidic furnace environments. Hover: Zirconia = 5x higher abrasion resistance | Requires advanced sintering techniques for bonding. |
Processing Flexibility | Custom furnace kiln parts | Bending Tolerance ±0.1mm (Our Advanced) ▲▲ ±0.3mm (Our Base) ▲ ±1mm (Industry Standard) (ISO 2768) | Precision bending for complex furnace kiln designs. Hover: ±0.1mm = aerospace-grade precision | Custom bending adds 15–20% to production lead time. |
Raw Material Purity | High-end structural ceramics | 99.9% Purity (Our Advanced) ▲▲ 99% Purity (Our Base) ▲ 95% Purity (Industry Standard) (ISO 13314) | Minimizes impurities for aerospace-grade ceramics. Hover: 99.9% = medical-grade purity standards | Higher purity increases raw material costs by 40%. |