Features

• High transmission force is obtained and the design range is expanded.
• The rational tooth profile design of the belt and pulley, which follow a caulking path, distributes stress evenly and accurately transfers the load on the teeth to the core wire.
• By tightening the belt pitch and increasing the number of teeth, the load sharing of one tooth can be reduced and greater torque can be transmitted. The noise level is reduced.
• The mesh is smooth, and the tip of the belt comes in contact with the teeth of the arched top pulley, reducing the noise level of the pelt and pulley. Extends belt life.
• Reduces the stress generated by the "lever action" of the belt to the tooth tip and prevents the occurrence of cracks at the tooth base.
• Since the belt tooth height is higher than the pulley groove depth and the pulley bottom is arched top shape, the belt is prevented from forming a polygon shape and fatigue of the belt core wire is reduced. Cost can be reduced.
• As it can be widely used in the field of chains and gears, it can be used for lightweight and compact economical design. Maintenance such as refueling is not required.