SIKB12F SIKB16F SIKB18F SIKB20F Rod end bearings

The rod-end bearing is a type of joint bearing with a rod end or installed at the rod end. It belongs to a kind of spherical sliding bearing and is composed of the outer spherical surface of the inner ring and the inner spherical surface of the outer ring. It adopts a self-lubrication design with composite materials and can withstand radial, axial or combined loads. It is suitable for low-speed oscillation, inclination and rotational movements, and can still work stably even when installed out of alignment.

SIKB5F SIKB6F SIL17C SIL40 SIL50 Rod end bearings

The rod-end bearing is a type of joint bearing with a rod end or installed at the rod end. It belongs to a kind of spherical sliding bearing and is composed of the outer spherical surface of the inner ring and the inner spherical surface of the outer ring. It adopts a self-lubrication design with composite materials and can withstand radial, axial or combined loads. It is suitable for low-speed oscillation, inclination and rotational movements, and can still work stably even when installed out of alignment.

SI8C SI12C SI15C SI17C SI20C Rod end bearings

The rod-end bearing is a type of joint bearing with a rod end or installed at the rod end. It belongs to a kind of spherical sliding bearing and is composed of the outer spherical surface of the inner ring and the inner spherical surface of the outer ring. It adopts a self-lubrication design with composite materials and can withstand radial, axial or combined loads. It is suitable for low-speed oscillation, inclination and rotational movements, and can still work stably even when installed out of alignment.

SI25C SI30C SC35ES SC50ES SC60ES Rod end bearings

The rod-end bearing is a type of joint bearing with a rod end or installed at the rod end. It belongs to a kind of spherical sliding bearing and is composed of the outer spherical surface of the inner ring and the inner spherical surface of the outer ring. It adopts a self-lubrication design with composite materials and can withstand radial, axial or combined loads. It is suitable for low-speed oscillation, inclination and rotational movements, and can still work stably even when installed out of alignment.
< 12 >

Leave Us A Message

Please send us a message if you need further information