Roulements d'extrémité de tige de boîtier en plastique – sans entretien, Résistant à la corrosion. Jusqu'à 80% plus léger que les alternatives métalliques, fonctionnement à sec sans entretien, compense le désalignement jusqu'à 30°. Idéal pour les machines d'emballage, matériel agricole, dispositifs médicaux, fabrication de vélos, et automatisation industrielle.
Les roulements d'extrémité de tige à boîtier en plastique sont disponibles dans une gamme complète de tailles métriques et en pouces, avec des diamètres d'alésage allant généralement de 2 mm à 30 mm. Ils sont conformes aux séries dimensionnelles K et E basées sur DIN ISO 12240 normes.
Diamètre d'alésage (d1): 5 mm – 30 mm
Taille du fil: M5 – M30
Head Diameter (D): 18 mm – 50 mm
Height to Center (L1): 27 mm – 78 mm
Housing Width / Largeur de la balle: 6 mm – 18 mm / 8 mm – 25 mm
Maximum Pivot Angle: Up to 30°
Matériau du boîtier: Résistant aux chocs, long-fiber-reinforced polymer
Ball Material Options: Polymère autolubrifiant / Acier inoxydable / Acier chromé
Traditional metal rod end bearings have served industry well for decades, but they come with inherent drawbacks: they require regular lubrication, they are susceptible to corrosion, they add significant weight to assemblies, and they transmit vibration and noise.Plastic casing rod end bearings eliminate all of these limitations. Engineered from high-performance thermoplastics and advanced polymer materials, these innovative components offer a compelling alternative to metal rod ends across a wide range of applications.
1. Véritable fonctionnement sans entretien – The most significant advantage of plastic casing rod end bearings is their self-lubricating design. The polymer materials used in both the housing and the ball contain solid lubricants that are released as the bearing moves, providing consistent low friction throughout its service life. No external lubrication is required, completely eliminating the need for grease fittings, lubrication schedules, and the associated maintenance costs.
2. Jusqu'à 80% Lighter than Metal – Plastic rod end bearings are dramatically lighter than their metal counterparts—up to 80% plus léger. This weight reduction is critical in applications such as bicycle manufacturing, aerospace components, and portable equipment where every gram matters.
3. Corrosion-Free in Harsh Environments – Unlike steel rod ends that rust and corrode when exposed to moisture, humidité, or chemicals, plastic casing rod end bearings are completely corrosion-resistant. They perform exceptionally well in wet or humid conditions and offer strong resistance to weak acids and alkalis.
4. Vibration Dampening and Noise Reduction – The polymer construction provides inherent vibration dampening properties, absorbing shocks and reducing noise transmission. This makes plastic rod ends ideal for applications where smooth, quiet operation is essential.
5. Dirt and Contaminant Resistance – A large undercut in the housing design prevents the ingress of dirt, poussière, and lint. This contamination resistance extends service life and maintains consistent performance even in dusty or dirty environments.
6. Compensates for Misalignment and Edge Loads – Plastic rod end bearings effectively compensate for angular misalignment and edge loads. The spherical ball design allows for smooth pivoting and rotation, accommodating up to 30° of angular deviation.
7. Rentable – Up to 40% More Affordable – Compared to metallic alternatives, plastic rod ends provide a cost-effective solution without compromising on performance. Lower material costs and reduced manufacturing complexity translate directly to savings for end users.
Plastic casing rod end bearings are versatile components found across numerous industries:
Machines d'emballage – Linkages in carton erectors, soudeuses de caisses, labeling machines, and wrapping equipment
Équipement agricole – Linkages in harvesters, planters, sprayers, and tillage equipment
Dispositifs médicaux – Patient positioning systems, diagnostic equipment, and exercise machinery
Bicycle Manufacturing – Suspension linkages, brake linkages, and folding mechanisms
Automatisation industrielle – Pick-and-place systems, robotic linkages, and assembly line equipment
Offshore and Marine – Corrosion-resistant linkages for marine environments
Plant and Machinery Construction – General mechanical linkages and motion control systems
Équipement de transformation des aliments – FDA-compliant variants available for food contact applications
Pneumatic Cylinders and Gas Struts – End fittings for cylinders and struts
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