✦ Dual-row ball layout – Two rows of balls arranged in a tandem configuration, sharing a common raceway centerline for compact load transfer.

✦ External gear on outer ring – Gear teeth are milled and induction-hardened on the outer ring periphery for direct pinion drive.

✦ Integral raceway ribs – Each ball row is guided by a continuous, machined rib on both sides to maintain ball spacing and alignment.

✦ Two-stage hardening process – Raceways undergo a dual-frequency induction hardening process, creating a deep, uniform case depth of 3–4 mm.

✦ Ring thickness profile – Outer ring features a tapered cross-section, thicker at the gear root and thinner at the mounting face for weight optimization.

✦ Weather-resistant seals – Equipped with heavy-duty polyurethane lip seals, offering enhanced abrasion resistance compared to standard NBR.

✦ Simplified alignment – Compact ring design allows greater tolerance for minor misalignment during installation without performance loss.

✦ Weldable mounting zone – Selected areas can be left unhardened for direct welding to steel structures, eliminating bolt-hole drilling in some applications.

✦ Gear root reinforcement – The tapered outer ring design places extra material at the gear root, improving resistance to tooth breakage under shock loads.

✦ Deeper hardened case – Dual-frequency hardening creates a thicker wear-resistant layer that extends life in abrasive conditions.

✦ Positive ball guidance – Integral raceway ribs prevent ball skewing, ensuring consistent torque output even during rapid start-stop cycles.

✦ Better seal life in harsh weather – Polyurethane seals resist cracking and hardening in extreme cold and UV exposure.