spherical bearing
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GE35ES 球面すべり軸受 35x55x25mm |高耐久、自動調心、長寿命
GE35ES is a standard-size radial spherical plain bearing that belongs to the most popular and widely applied ES series joint bearings in the global mechanical industry. Adopting premium high-carbon chromium bearing steel as the raw material, the entire bearing body undergoes integral quenching and high-precision finishing treatment, ensuring stable hardness, structural rigidity and mechanical consistency. This bearing features a classic steel-on-steel friction pair design,
GE30ES-2RS 半径球面平面軸承 2RS ゴムシール 自潤滑重荷合体軸承 水力・工学機器用
GE30ES-2RS Spherical Plain Bearing Overview GE30ES-2RS is a double sealed radial spherical plain bearing with built-in PTFE self-lubricating liner. It allows multi-direction swing and automatically offsets assembly alignment errors under radial load. The 2RS dual rubber seals are its core upgraded structure compared with standard GE30ES. Three Core Selling Points Double-sided 2RS rubber seals, excellent dustproof & waterproof performance Two integrated nitrile rubber seals on
GE60ES 球面すべり軸受 60x90x44mm |高耐久、自動調心、再潤滑可能
Product Overview GE60ES is a popular heavy-duty spherical plain bearing designed for low-speed swing and installation misalignment. Its spherical sliding surface achieves self-alignment to compensate shaft offset. Built-in lubrication channels support regular grease refilling to reduce friction loss. Core Advantages Super high composite load resistance: Bears heavy radial & bidirectional axial load, withstands strong impact & alternating vibration Self-aligning performance:
GE40ES 球状平面軸承 40x62x28mm 自己調整型 重量型 再潤滑型
Brief Overview GE40ES is one of the most popular metric radial spherical plain bearings. The convex spherical inner ring matches concave outer ring, delivering automatic self-alignment for low-speed swing & oscillating motion, effectively compensate shaft deflection and assembly misalignment. Core Advantages High heavy & impact load capacity Carry large radial load plus bidirectional axial combined shock loads, stable under alternating heavy pressure. 7° self-aligning
