The Star Elastic Coupling
·The coupling with engineering plastic elastic elements, buffer, shock absorption, wear resistance, easy to disassemble, working temperature-35℃~+80℃
·Elastomers are constrained by convex claws to avoid internal deformation due to impact and external deformation due to centrifugal force. The large concave surface of the claw makes the surface pressure on the involute tooth very small, and even if the tooth is overloaded, the tooth will not wear or deform.
Features:
Polyurethane as elastic element, easy to disassemble, compensate radial, angular and axial deviation.
Elastomers are constrained by convex claws to avoid internal deformation due to impact and external deformation due to centrifugal force. The large concave surface of the convex claw makes the surface pressure on the involute tooth very small, and even if the tooth is overloaded, the tooth will not wear or deform.
Aluminum and 45#steel material available
The Star Elastic Coupling
·The coupling with engineering plastic elastic elements, buffer, shock absorption, wear resistance, easy to disassemble, working temperature-35℃~+80℃
·Elastomers are constrained by convex claws to avoid internal deformation due to impact and external deformation due to centrifugal force. The large concave surface of the claw makes the surface pressure on the involute tooth very small, and even if the tooth is overloaded, the tooth will not wear or deform.
Features:
Polyurethane as elastic element, easy to disassemble, compensate radial, angular and axial deviation.
Elastomers are constrained by convex claws to avoid internal deformation due to impact and external deformation due to centrifugal force. The large concave surface of the convex claw makes the surface pressure on the involute tooth very small, and even if the tooth is overloaded, the tooth will not wear or deform.
Aluminum and 45#steel material available
