Rigid Shaft Couplings (Industry Standard) | High-torque machinery (e.g., conveyor systems) | Steel body, no flexibility, 1200 Nm torque (ISO 763) | ▲ High torque capacity, cost-effective, minimal maintenance | No misalignment tolerance, transfers vibration, requires precise alignment (▲0) |
Flexible Shaft Couplings (Our Base) | Light industrial equipment (e.g., pumps) | Cast iron/rubber hybrid, ▲ Misalignment: ±3° angular/2mm axial (ISO 763), 800 Nm | ▲▲ Dampens vibration (80% reduction, ASTM E1041), accommodates minor misalignment | Lower torque capacity, limited corrosion resistance (▲1) |
Advanced Flexible Couplings (Our Advanced) | Heavy industrial (e.g., turbines, compressors) | Stainless steel/rubber, ▲▲ Misalignment: ±5° angular/3mm axial, 1500 Nm (ISO 763) | ▲▲▲ Superior torque, corrosion-resistant (ASTM A240), dampens vibration (▲2) | Higher cost, heavier weight (▲3) |
Camlock Flange Couplings (Our Base) | Quick-install applications (e.g., HVAC) | Cast iron body, camlock design for 2-minute installation (ISO 1043) | ▲ Fast setup, no tools required, ▲▲▲ Reduced downtime (▲1) | Limited torque capacity (▲0), less durable than bolted designs |
Heavy-Duty Jaw Couplings (Industry Standard) | Mining/Construction Equipment | Cast steel jaws, 2000 Nm torque, ▲▲▲ High shock resistance (ISO 1302) | ▲▲▲ Handles extreme torque/shock, durable (▲3) | Bulky, requires frequent lubrication, no vibration damping (▲0) |
Rubber Spider Couplings (Our Advanced) | Precision machinery (e.g., robotics) | EPDM rubber spider, ▲▲▲ Zero backlash, 1000 Nm, -40°C to +120°C (ASTM D2000) | ▲▲▲ Temperature-resistant, smooth motion, ▲▲▲ Low noise (43 dBA, quieter than a fridge) | Higher cost, lower torque than rigid couplings (▲2) |