Blade Material | Commercial blenders, high-speed blending | - Industry Standard: Carbon Steel (AISI 1045, 250 HB hardness) ▲ - Our Base: Stainless Steel 18/8 (280 HB) ▲▲ - Our Advanced: Stainless Steel with Hard Coating (350 HB) ▲▲▲ | Enhanced corrosion resistance, longer lifespan. | Higher cost for coated blades; heavier materials may increase motor load. |
Durability | Heavy-duty commercial use | - Industry Standard: 10,000 cycles (ISO 281) ▲ - Our Base: 20,000 cycles ▲▲ - Our Advanced: 50,000 cycles ▲▲▲ | Reduced replacement frequency; withstands frequent use. | Advanced versions may require robust electrical systems. |
Material Composition | Household appliances needing flexibility | - Industry Standard: Standard Plastic (impact resistance 10 J/m) ▲ - Our Base: Reinforced Rubber (20 J/m) ▲▲ - Our Advanced: Hybrid Rubber-Plastic (30 J/m) ▲▲▲ | Better shock absorption; quieter operation. | Slight weight increase; complex manufacturing for hybrid materials. |
Power Compatibility | High-power commercial blenders | - Industry Standard: Up to 500W (IEC 60335-1) ▲ - Our Base: Up to 800W ▲▲ - Our Advanced: Up to 1200W ▲▲▲ | Supports high-torque motors; handles tough ingredients. | Requires robust electrical infrastructure for advanced versions. |
Threaded Components | Secure mounting in industrial settings | - Industry Standard: M6 Thread (tolerance H4) ▲ - Our Base: M6 Thread with Anti-Loosening Grooves (H3) ▲▲ - Our Advanced: Self-Locking Thread (H2) ▲▲▲ | Enhanced stability under vibration; prevents loosening. | More complex manufacturing; may require specialized tools. |
Torque Capacity | High-torque blending tasks | - Industry Standard: 10 Nm (ISO 6789) ▲ - Our Base: 15 Nm ▲▲ - Our Advanced: 25 Nm ▲▲▲ | Handles ice, nuts, and fibrous ingredients efficiently. | Requires stronger motor support for advanced versions; heavier components. |