Aribelt is designed for smooth, ungrooved traction sheaves with a minimum diameter of 80 mm. It is compatible with many belt-based elevator systems, but not with grooved sheaves

Yes. Aribelt 30 F3.4 is TÜV-certified and complies with EN 81-20 and EN 81-50 standards.

Aribelt offers superior ride comfort by eliminating the progressive stiffening that occurs in steel belts over time. Its aramid cords maintain consistent flexibility, reducing shocks and jerky motion—especially during acceleration, deceleration, and leveling. Passengers experience smoother, quieter rides from day one, with consistent comfort throughout the belt’s lifespan.

Yes. Aribelt enables the use of compact motors and 80 mm traction sheaves, allowing for smaller shafts and reduced machine room requirements—freeing up valuable space in the building.

Yes. While optimized for low- to mid-rise systems, Aribelt’s strength and durability make it suitable for a variety of applications, including commercial settings.

Aribelt is lighter, corrosion-resistant, and maintains flexibility over time. It provides equal or better performance with improved energy efficiency, quieter operation, and a smoother ride.

No lubrication is required. Aribelt’s dry, synthetic construction eliminates oil use and minimizes contamination risk.

Aribelt is compatible with the Aramid Monitoring Device, which tracks wear in real time and supports proactive maintenance planning.

Aramid fibers are highly resistant to fatigue, corrosion, and heat. However, prolonged exposure to direct sunlight can impact the polyurethane surface over time. Because of this, we recommend shielding belts from UV exposure during storage or installation.

Aribelt is TÜV certified for 15 years or up to 18 million simple bending cycles. Reverse bending is also permitted.

The belt’s aramid reinforcement is engineered to withstand the high stress of emergency braking. However, performance must always be calculated on a project-specific basis.

Aribelt has a low elongation range of 0.25–0.27 mm at nominal load, ensuring consistent ride performance and minimal stretch over time.